Sweden holds the largest known deposit of rare earth elements in Europe — and the state-owned mining company extracting it, LKAB, is the closest thing the continent has to a credible domestic rare earth supply story. The Per Geijer deposit near Kiruna, in Sweden’s Arctic north, contains an estimated 2.2 million tonnes of rare earth oxides (REO) in situ, enough — if fully developed — to meet approximately 18% of Europe’s long-term rare earth demand. Sweden rare earth development is moving through a structured three-stage programme spanning Kiruna, Gällivare, and a new processing hub in Luleå, with a demonstration plant due operational by end-2026 and full-scale production targeted for the 2030s.
Per Geijer: Europe’s Largest Rare Earth Deposit
The Per Geijer deposit sits in close proximity to LKAB’s existing iron ore operations at Kiruna, roughly 200 kilometres north of the Arctic Circle. It is not a conventional rare earth deposit — it is primarily an iron ore body with exceptionally high concentrations of phosphorus and rare earth oxides. The REO grade at Per Geijer is approximately ten times higher than in the ore bodies LKAB currently mines at Kiruna, making it economically significant as an integrated co-product of existing iron ore extraction rather than a standalone rare earth mine.
Resource estimates have grown substantially as exploration has progressed. LKAB reported 1.3 million tonnes of REO in situ in early 2023 when the deposit was first publicly disclosed as Europe’s largest known rare earth occurrence. By end-2024, independent geologists working under the international PERC mining standard had upgraded the resource to 2.2 million tonnes of REO within a total mineral resource of approximately 1.2 billion tonnes of iron ore and phosphorus — an increase of nearly 30% year on year and a doubling from 2022 figures. LKAB’s CEO Jan Moström has stated the full extent of the deposit has not yet been established.
The deposit’s co-product structure is central to its economics. Per Geijer cannot be profitably mined for rare earths alone — the iron ore base is what makes extraction viable. This creates a different risk profile from standalone rare earth projects: LKAB is not dependent on rare earth prices alone to justify the capital programme. It is, however, dependent on permitting processes that are among the most stringent in the European Union.
Sweden Rare Earth Processing: The Luleå Industrial Park
LKAB’s rare earth extraction strategy operates across three nodes. At Kiruna, Per Geijer ore is mined and hauled underground, with magnetic separation producing both iron products and a phosphate-rich apatite stream that carries rare earth oxides. At Malmberget in Gällivare, that apatite concentrate is refined into a feedstock with higher concentrations of rare earths and phosphorus. The concentrate then moves to Luleå, on the Gulf of Bothnia, where LKAB is constructing a processing hub — the Luleå Circular Industrial Park — to separate rare earth oxides, phosphoric acid, and gypsum.
The SEK 800 million (approximately $73 million) demonstration plant at Luleå broke ground in January 2025 and is targeted to be operational by end-2026. It will use hydrometallurgical processing — water-based chemical separation — to produce rare earth concentrate from apatite feedstock sourced initially from the Malmberget mine in Gällivare. The demonstration plant is deliberately sized below commercial scale: its purpose is to verify and refine the separation process before LKAB commits capital to a full-scale industrial facility. Results from the demonstration plant, combined with environmental permit outcomes, will inform the decision on full-scale investment.
LKAB has also taken a strategic stake in Norwegian separation specialist REEtec to handle the final stage of individual rare earth element separation. REEtec has developed a proprietary liquid-liquid extraction process designed to be less chemically intensive than conventional solvent extraction, and its involvement addresses one of the most technically demanding steps in the LKAB processing chain. For context on the elements that Per Geijer would produce, see the neodymium price tracker and dysprosium price tracker.
EU Strategic Project Status and the CRMA Framework
In March 2026, the European Commission granted Strategic Project status under the EU Critical Raw Materials Act (CRMA) to three LKAB initiatives simultaneously: the Per Geijer deposit in Kiruna, the apatite mine expansion in Gällivare, and the Luleå industrial park. Strategic project designation is significant — it entitles LKAB to accelerated permitting timelines, a dedicated regulatory contact point within the Commission, and access to EU-backed financing instruments including loans and guarantees.
The designation does not reduce environmental requirements. Per Geijer and the Luleå park must still pass full environmental review under Sweden’s Environmental Code — one of the strictest implementations of EU environmental law in the bloc. The Land and Environmental Court process requires detailed impact assessments covering water systems, biodiversity, noise, pollution, and climate effects. LKAB’s original timeline estimate for Per Geijer mining to begin is 10 to 15 years from initial announcement — placing first ore at the earliest around 2033 to 2038, dependent on permitting outcomes. The CRMA strategic status aims to compress that timeline through more efficient permit processing, but the environmental review itself cannot be bypassed.
The CRMA context matters for the broader European picture. The EU uses approximately 30% of all minerals mined globally but produces only 3% within the bloc , creating a structural import dependency that LKAB’s programme is designed to begin addressing. For a full overview of Europe’s rare earth supply position, see the Europe rare earth hub.
Sweden Rare Earth Timeline: What to Watch
| Milestone | Target Date | Status |
|---|---|---|
| Luleå demonstration plant operational | End-2026 | Under construction |
| Gällivare apatite plant environmental permit | 2025 (decision pending) | Under review |
| Per Geijer development concession application | Submitted | Under Land and Environmental Court review |
| Luleå full-scale industrial park operational | 2030s | Dependent on demonstration plant results |
| Per Geijer first REE production | 2033–2038 (earliest) | Subject to permitting outcome |
LKAB’s Position in the European Supply Chain
LKAB is Europe’s most advanced state-backed rare earth development programme in terms of resource scale and processing infrastructure commitment. Its closest regional peer in scope is Norway’s rare earth sector — including the Fen carbonatite complex — though Norway’s projects are at earlier stages and involve different deposit types. For the Norwegian context, see the Norway rare earth page.
The integrated iron ore and rare earth model gives LKAB a structural advantage over greenfield rare earth projects: the mine infrastructure already exists, the processing logistics are established, and the capital case for iron ore production does not require rare earth revenue to work. This distinguishes the LKAB programme from junior exploration companies where rare earth price assumptions drive the entire financial model.
The principal risks are permitting timeline and processing technology. Hydrometallurgical rare earth separation at commercial scale from an apatite feedstock is technically proven in principle but not yet demonstrated at LKAB’s specific ore chemistry at industrial volumes — hence the demonstration plant. The REEtec partnership addresses the separation stage, but REEtec’s own technology has not yet operated at full commercial scale either. Both uncertainties will be materially resolved — or not — by the demonstration plant results expected from 2027 onward.
For rare earth investors and procurement professionals, the watch items are: the Gällivare apatite plant permit decision; the Luleå demonstration plant commissioning schedule; and whether LKAB’s Per Geijer concession application receives a positive Land and Environmental Court ruling within the CRMA accelerated framework. Any of these decisions arriving ahead of schedule would be a significant positive signal for European supply chain development. For the supply chain geopolitics driving Europe’s urgency, see the China rare earth export controls guide and top 10 Western rare earth supply chain projects.
This page is for informational purposes only and does not constitute investment advice. Resource estimates are subject to revision as exploration continues. Permitting outcomes and timelines are subject to regulatory review. Last updated: May 2026.
Does Sweden have rare earth deposits?
Yes. Sweden hosts the largest known rare earth deposit in Europe — the Per Geijer deposit near Kiruna in the Arctic north, operated by state-owned LKAB. As of end-2024, Per Geijer contains an estimated 2.2 million tonnes of rare earth oxides in situ within a total mineral resource of approximately 1.2 billion tonnes of iron ore and phosphorus.
What is LKAB’s rare earth programme?
LKAB is developing a three-stage rare earth extraction programme spanning Kiruna (Per Geijer deposit), Gällivare (apatite processing), and a new industrial park in Luleå where rare earth oxides, phosphoric acid, and gypsum will be separated. A SEK 800 million demonstration plant in Luleå broke ground in January 2025 and is targeted to be operational by end-2026. Full-scale production is targeted for the 2030s.
How much of Europe’s rare earth demand could Sweden supply?
LKAB estimates that if Per Geijer reaches full production, it could supply approximately 18% of Europe’s long-term rare earth demand. In the near term, the Luleå industrial park’s initial phase is estimated to supply approximately 2.5% of European demand for rare earths and 6% for phosphorus. These figures are long-term targets and depend on permitting outcomes and successful demonstration plant results.
What is the EU Critical Raw Materials Act status of LKAB’s projects?
In March 2026, the European Commission granted Strategic Project status under the EU Critical Raw Materials Act to three LKAB initiatives: the Per Geijer deposit in Kiruna, the apatite mine expansion in Gällivare, and the Luleå industrial park. Strategic status entitles LKAB to accelerated permitting timelines, a dedicated EU regulatory contact, and access to EU-backed financing instruments. Environmental review requirements are unchanged.
When will Sweden’s rare earth deposits enter production?
The Luleå demonstration plant is targeted to be operational by end-2026, processing apatite concentrate from the Malmberget mine in Gällivare. Full-scale industrial park operations are targeted for the 2030s. First rare earth production from the Per Geijer deposit itself is subject to permitting and at the earliest estimated at 2033–2038 — a 10 to 15 year timeline from initial announcement in 2023.
