GreenlandminesExtraordinary geology.
Distinctly Greenland.
Advancing magnet rare earths and precious metals.
Connecting geological potential to the next technical milestone.
Greenland Mines is advancing mineral projects with relevance to modern industry.
Our focus starts with magnet rare earths at Sarfartoq and palladium, gold and platinum at Skaergaard. A strategic investment in AnorTech adds exposure to anorthosite and materials development.
The next chapter is technical: strengthening resource knowledge, developing processing pathways and progressing the studies required for future development.
Explore the companyTwo mineral projects.
One Greenland focus.
Diversifying rare-earth supply is an industrial priority. Greenland combines known mineral resources with an established role in Arctic security.
Greenland Mines is advancing the resources and technical work needed to evaluate a future contribution.
Extracted rare earths must be separated and refined before manufacturers can use them. China’s share rises sharply at this stage.
Source: IEA, 2024. Mining and refining: magnet rare earths (Nd, Pr, Dy, Tb). Manufacturing: sintered permanent magnets. Each percentage measures a separate stage.
Electric drives, factory automation and aerospace systems rely on specialised materials. When supply is concentrated, disruption can reach manufacturers across industries. The opportunity is to develop credible alternatives across the value chain.
Greenland’s position in the Arctic and North Atlantic underpins its strategic importance. An agreement signed with Denmark and the United States on 22 September 2026 reinforces that security focus, subject to national parliamentary procedures.
Sarfartoq hosts magnet rare earths. Processing studies will evaluate a recovery pathway; Neo retains rights to up to 60% of future ore or concentrate. This is a potential route to market, not current production.
Supply figures: International Energy Agency, Rare Earth Elements, executive summary. Agreement: Danish Prime Minister’s Office, 22 September 2026. These are strategic context, not a mineral licence, government award or customer contract for Greenland Mines. Project development remains subject to technical results, approvals, financing and commercial arrangements.
An electric vehicle moves. Exhaust is treated. An electrical connection keeps working. Look inside the systems—and discover the materials that help make them possible.
Press the accelerator in an electric vehicle. Its motor turns electrical energy into movement. In permanent-magnet designs, neodymium and praseodymium help provide the magnetic strength that makes a compact motor possible.
Sarfartoq’s rare-earth resource is the starting point. Resource upgrading and processing studies are the next steps toward evaluating a future place in the magnet supply chain.
Interpretive 3D cutaways, not manufacturer designs or to scale. Examples describe material applications, not Greenland Mines products or customer relationships. Not all electric motors use rare-earth magnets; catalyst formulations and connector specifications vary.
The importance of a material is measured in what it enables. For rare-earth magnets, that extends from industrial motion to demanding aerospace and defence applications.
An actuator converts a control signal into physical movement. Compact permanent-magnet motors can perform that work inside industrial and aerospace systems—where controlled movement matters as much as power.
U.S. Air Force footage of an F-15E in flight. Application context; the specific component chemistry is not asserted.
Greenland already has an established role in Arctic security. Pituffik Space Base supports missile warning, missile defence and space surveillance.
Mineral development adds a different, longer-term opportunity: evaluating new sources of materials used by modern industry. Greenland Mines’ contribution is its project portfolio and the technical work required to advance it.
Geographic and material-application context only. No Greenland Mines supply relationship with Pituffik or defence manufacturers is implied. The mineral projects require further development; downstream products require their own qualification.
Advancing Greenland mineral assets through resource evaluation, technical studies and a strategy for allied industrial supply chains.
An electric vehicle accelerating. A wind turbine generating power. Both can rely on magnets made with neodymium and praseodymium. Sarfartoq brings that material story back to Greenland: a defined rare-earth resource, with Neo retaining rights to future offtake.
5.341 Mt Inferred · 0.96% TREO
Palladium and platinum help treat vehicle exhaust. Gold supports reliable electrical connections. Skaergaard hosts all three—and a 2026 drill programme is sharpening the technical picture. The next question is practical: how to recover and process its metals.
17.49 Moz PdEq Inferred · reported separately
Resources are not reserves and do not have demonstrated economic viability. Indicated and Inferred categories are reported separately. Effective dates: Sarfartoq, 31 July 2026; Skaergaard, 3 July 2026. Technical reports
Anorthosite is the starting point. AnorTech is investigating what it can become: alumina, advanced cements and materials for extreme environments.
Explore the investmentTwo coasts. Two mineral systems.
Explore the geology, company interest and next technical step behind each project.
Project reference points · Not licence boundariesAn electric vehicle accelerating. A wind turbine generating power. Both can rely on magnets made with neodymium and praseodymium. Sarfartoq brings that material story back to Greenland: a defined rare-earth resource, with Neo retaining rights to future offtake.
Generalised coastline: Natural Earth, 1:50m, public domain. Orthographic projection centred on 73° N, 42° W. Sarfartoq coordinates: GeoSim / Tetra Tech, effective 31 July 2026, §3.1. Skaergaard coordinates: SLR, effective 3 July 2026, §3.1. Points are geographic references; they do not define licence boundaries.
Sarfartoq report Skaergaard report
Geological mapping, drill core and resource models are the foundations. The next decisions depend on what further drilling, metallurgical testing and environmental studies establish.
Development is a sequence of evidence-led decisions. Follow the work completed and the studies still ahead.
Mapping, sampling and a second season of environmental baseline fieldwork completed.
Company update17 holes completed and more than 100 tonnes of bulk material collected for study.
Company updateScaled metallurgical work at Sarfartoq; processing studies and Initial Assessment work at Skaergaard.
Technical foundationFuture milestones are company objectives, subject to technical results, financing requirements, approvals and execution. Fieldwork completion does not establish commercial viability.
Field programmes, technical progress and company developments. Read the original announcements.
Board authorisation provides flexibility to buy back shares alongside planned project investment. It does not require any purchases.
The additional 9.9% investment broadens exposure to anorthosite and advanced materials. The increase remains subject to closing.
The 2026 programme delivered 4,480 metres of drilling across 17 completed holes, with material for metallurgical and processing studies.
An above-market financing with existing shareholders brought cumulative new capital raised to more than US$59 million.
Shares began trading under HK6, extending access for European investors. Nasdaq remains the principal listing under GRML.
The company reported a completed financing, termination of its ATM programme and the close of Sarfartoq’s mapping and sampling campaign.
Technical reports, company announcements and SEC filings. A clear view of the work behind the story.
Explore investor information