The UK rare earth sector is being built from the middle of the supply chain outward — with no primary mining in commercial operation, government and industry are betting on midstream processing, chemical separation, and circular economy recycling to reduce dependence on Chinese-controlled supply chains. That strategic pivot is now backed by the UK’s Vision 2035 Critical Minerals Strategy, published in January 2026, which identifies rare earth elements as foundational to the Industrial Strategy’s growth sectors and sets a target of sourcing no more than 60% of any critical mineral from a single country by 2035.
UK Rare Earth Processing: The Facilities Taking Shape
Pensana is developing the Saltend Chemicals Park rare earth oxide separation facility in Hull, East Yorkshire — one of the most advanced midstream UK rare earth projects currently in development. The plant is designed to process mixed rare earth carbonate feedstock into separated neodymium, praseodymium, dysprosium, and terbium oxides suitable for magnet alloy production. Full details on project stage and financing are available in the Pensana company profile and the Pensana Saltend processing article.
Less Common Metals (LCM), located near Liverpool and now backed by USA Rare Earth, is one of the few Western facilities capable of converting rare earth oxides into high-purity metals and strip-cast NdFeB alloys — the intermediate form used by magnet manufacturers. LCM sits at a critical node in the UK’s processing capability gap: it can take oxide inputs but depends on upstream separation facilities to supply them.
Ionic Technologies, operating from Belfast, received a £12 million government-backed injection for a facility targeting 400 tonnes per year of magnet-grade rare earth oxides recovered from secondary recycling streams. The plant is designed around end-of-life electronics and industrial magnets rather than primary ore, positioning it as a circular economy asset rather than a traditional refinery.
UK Rare Earth Recycling: HyProMag and the Birmingham Hub
Mkango Resources‘ HyProMag subsidiary brought commercial-scale sintered rare earth magnet manufacturing back to the UK for the first time in over two decades. Operating from Tyseley Energy Park in Birmingham, HyProMag uses hydrogen processing — the HPMS (Hydrogen Processing of Magnet Scrap) method — to extract NdFeB alloy powder directly from end-of-life magnets without the energy-intensive dissolution and re-precipitation steps required in conventional separation. The University of Birmingham hosts the underlying research facility and has been recycling rare earth magnets recovered from decommissioned wind turbines and electric vehicles.
Queens University Belfast is separately developing recycling processes for permanent magnets, cited in the UK government’s Vision 2035 strategy as a nationally significant research contribution. Northern Ireland’s focus on magnet end-of-life recovery complements Ionic Technologies’ chemical separation work at the same location.
The UK Rare Earth Policy Framework
The UK Vision 2035 Critical Minerals Strategy identifies rare earth elements explicitly in its growth minerals demand table, projecting cumulative UK REE demand for growth sectors reaching 37,940 tonnes by 2035 — driven primarily by traction motors in electric vehicles, industrial magnets, and clean energy infrastructure. The strategy targets 10% of annual UK critical mineral demand met through domestic production by 2035, and 20% through recycling.
The Critical Minerals Intelligence Centre (CMIC), operated by the British Geological Survey, provides the supply chain monitoring and criticality assessment underpinning UK policy. CMIC’s 2024 assessment confirmed REEs remain on the UK critical minerals list on both supply risk and economic vulnerability dimensions. The government has committed up to £50 million in bespoke critical minerals project support following the 2025 Spending Review, with rare earth processing projects among the eligible categories.
UK Export Finance’s Critical Minerals Supply Finance programme covers overseas rare earth projects supplying UK exporters. The Environment Agency’s priority tracked permitting service has been extended to critical minerals projects in England, including early-stage separation and processing facilities.
What the UK Rare Earth Sector Still Lacks
Despite the processing infrastructure under development, the UK has no commercial primary rare earth mining. Geological surveys have identified REE occurrences in North West Scotland and at several other UK locations, but no project has reached feasibility study stage for primary extraction. The UK is therefore structurally dependent on imported feedstock — mixed rare earth carbonate, oxide, or recycled scrap — to supply its midstream processing facilities.
Collection infrastructure for rare earth-bearing end-of-life products remains underdeveloped. Industry assessments suggest significant volumes of neodymium and dysprosium embedded in retired UK electric vehicle drivetrains and wind turbine generators are currently lost due to insufficient collection and sorting systems, rather than any lack of downstream processing capability. Closing this collection gap is identified as a prerequisite for the circular economy targets in Vision 2035.
The broader Western supply chain context for the UK is covered in the Top 10 Western Rare Earth Supply Chain Projects ranking and the Europe Rare Earth hub, which covers parallel processing and recycling initiatives in Germany, France, Estonia, and Scandinavia. The UK’s projects sit within a wider European rare earth project pipeline that is accelerating as China’s export control regime tightens.
For further context on the processing technology gap affecting the UK and its Western peers, see the rare earth processing capability gap analysis.
This article is for informational purposes only and does not constitute investment advice. Project status and financing details are subject to change.
Does the UK mine rare earth elements?
The UK has no commercial primary rare earth mining in operation. Geological occurrences have been identified in North West Scotland and other locations, but no UK project has reached feasibility study stage for primary extraction. The UK’s rare earth strategy focuses on midstream processing, chemical separation, and circular economy recycling of imported or domestically recovered feedstock.
What is Pensana’s Saltend rare earth project?
Pensana’s Saltend facility at Chemicals Park in Hull is designed to separate mixed rare earth carbonate into individual oxides including neodymium, praseodymium, dysprosium, and terbium — the inputs required by magnet alloy producers. It is one of the most advanced independent rare earth separation projects in the UK. Current project status should be verified via Pensana’s investor relations disclosures.
What does HyProMag do in Birmingham?
HyProMag, a subsidiary of Mkango Resources, uses hydrogen processing (the HPMS method) to extract NdFeB alloy powder directly from end-of-life rare earth magnets. Operating from Tyseley Energy Park, HyProMag produced the first commercially recycled sintered rare earth magnets in the UK in over 25 years, supplying the magnet manufacturing value chain without requiring full chemical dissolution and re-precipitation.
What is the UK government’s rare earth strategy?
The UK Vision 2035 Critical Minerals Strategy, published January 2026, identifies rare earth elements as foundational to the Industrial Strategy’s growth sectors. It targets 10% of UK critical mineral demand met through domestic production by 2035, 20% through recycling, and supply diversification so no single country supplies more than 60% of any critical mineral. Up to £50 million in project support has been committed following the 2025 Spending Review.
What is Less Common Metals and why does it matter to UK rare earths?
Less Common Metals (LCM), based near Liverpool and backed by USA Rare Earth, is one of the few Western facilities capable of converting rare earth oxides into high-purity metals and strip-cast NdFeB alloys. It occupies a critical position in the UK rare earth midstream — able to produce magnet alloy inputs but dependent on upstream chemical separation plants such as Pensana’s Saltend facility for oxide supply
