The critical minerals industry is entering a new phase in which processing capacity, rather than only mineral deposits, is becoming central to supply-chain development. Companies and governments are increasingly focused on facilities capable of converting ore, concentrates, waste streams and recycled materials into qualified products required by battery manufacturers, magnet producers, steelmakers, defence suppliers and electronics companies.

Europe’s critical minerals strategy has moved beyond identifying deposits and reducing reliance on China. The next stage is focused on building separation plants, anode-material facilities, hydrogen-based ironmaking systems, black-mass refining capacity, rare-earth processing infrastructure and other industrial-scale midstream assets supported by permitting, financing and offtake agreements.

The European Union’s Critical Raw Materials Act has established targets for 2030, including 10% of annual consumption from EU extraction, 40% from EU processing, 25% from recycling, and a limit of 65% dependence on any single third country for a strategic raw material.

The European Commission’s strategic project framework reflects this shift toward processing. A total of 47 projects across 13 EU member states have been selected, including 24 processing projects and 10 recycling projects, covering materials such as lithium, nickel, graphite, cobalt, manganese, copper, aluminium and rare earth elements.

LKAB Advances Integrated Iron Ore Processing in Sweden

Northern Sweden has become one of Europe’s most significant examples of mineral processing expansion through LKAB’s operations in Malmberget, Gällivare. The state-owned company received environmental approval for expanded activities that include continued mining, tailings expansion and a facility designed to recover apatite from iron-ore waste streams. The approval also covers a fossil-free sponge iron demonstration plant connected to the HYBRIT initiative, a hydrogen-based ironmaking project owned by LKAB, SSAB and Vattenfall.

The planned facility is designed to replace coking coal in ore-based steel production with hydrogen and electricity. It could produce up to 1.5 million tonnes per year of fossil-free sponge iron, although an investment decision has not yet been made.

The apatite recovery facility could provide a pathway for extracting phosphorus and rare earth elements from iron-ore waste streams, adding further value to existing mining operations. LKAB’s development demonstrates a broader move toward integrated mineral processing, connecting iron ore extraction, beneficiation, hydrogen production, direct-reduced iron production, steelmaking and by-product recovery within a single industrial chain.

European Graphite Projects Target Battery Anode Production

Graphite processing remains one of Europe’s largest battery-material challenges, with companies seeking to develop domestic alternatives for anode materials. GreenRoc Strategic Materials’ Amitsoq graphite project in Greenland is linked to an active anode-material processing strategy in Denmark. The company’s Danish active anode material pilot plant has processed approximately 700 kg of 95% graphite concentrate into spherical graphite through seven test runs.

A further 300 kg subsample from an 18-tonne Amitsoq bulk sample has been delivered to SGS Lakefield in Canada for process engineering studies. GreenRoc has also entered an advisory agreement with the European Investment Bank’s InvestEU Advisory Hub covering market analysis, technical-economic assessment, business-plan evaluation and financial modelling for the Amitsoq mine and anode-material processing project. The company’s earlier processing concept envisaged converting approximately 80,000 tonnes per year of graphite concentrate into around 40,000 tonnes per year of active anode material, targeting a significant role in Europe’s non-China battery supply chain.

Recycling Companies Build New Critical Mineral Routes

Battery recycling is becoming another major component of critical minerals processing, with companies developing technologies to recover metals from black mass and industrial waste streams. US-based Nth Cycle has secured a binding 10-year, approximately $1.1 billion offtake agreement with Trafigura covering 2,000 tonnes of contained nickel in mixed hydroxide precipitate and 1,500 tonnes of lithium carbonate refined from 12,000 tonnes of battery-derived black mass.

The company is expanding beyond its commercial base in Fairfield, Ohio, into South Carolina and the Netherlands. The European expansion is supported by a €7.5 million grant from the Dutch National Growth Fund under the Critical Raw Materials Lion initiative. Nth Cycle’s modular Oyster electro-extraction system is designed to process black mass, industrial scrap and other feedstocks into intermediate and refined products. The company’s model focuses on distributed refining capacity rather than large centralised facilities.

Rare Earth Processing Moves Through Allied Supply Chains

Rare earths remain one of the most strategically sensitive areas of critical mineral supply chains, particularly because of the importance of separated oxides for permanent magnets. Lynas Rare Earths and South Korea’s JS Link have agreed to develop a 3,000-tonne-per-year neodymium-iron-boron permanent magnet factory in Kuantan, Malaysia.

Under the agreement, Lynas will invest approximately A$50 million in JS Link shares and supply rare-earth materials to JS Link’s South Korean and Malaysian magnet manufacturing facilities until January 2038.

The facility is expected to serve automotive, wind-energy and electronics industries and could create up to 400 jobs in Malaysia. France-based Carester is also expanding rare-earth processing through a 10-year joint venture with Malaco Mining Group in Malaysia. The planned Perak separation facility is expected to process approximately 13,000 tonnes per year of rare earths and handle both light and heavy rare earth elements, including neodymium, praseodymium, dysprosium and terbium. The project includes technology transfer, full separation capability and potential concentrate flows to Carester’s French operations.

North American Graphite Supply Gains Government Support

Canada is becoming part of allied critical-mineral supply development through government-backed agreements. Nouveau Monde Graphite has an updated binding long-form term sheet with the Government of Canada for 30,000 tonnes per year of flake graphite concentrate from the Phase 2 Matawinie Mine in Québec over a seven-year period. The agreement uses a take-or-pay structure, with pricing linked to a North American fixed price and annual inflation adjustments.

The company also holds a US$335 million senior secured project debt commitment letter from Export Development Canada and the Canada Infrastructure Bank. Government-backed offtake structures are increasingly being used to improve financing conditions for graphite, rare-earth and battery-material projects competing against established Chinese processing capacity.

Global Critical Minerals Investment Moves Into Advanced Processing

The wider critical minerals market is increasingly focused on companies developing processing technologies, including direct lithium extraction, hydrometallurgical refining, rare-earth separation, high-pressure acid leaching, modular recycling systems and advanced metallurgical platforms. Recent developments involving EnergyX, Eni, Ucore Rare Metals, USA Rare Earth, Aquatech, Prairie Lithium, Nth Cycle, Trafigura, Nickel Industries, Boston Metal, Glomar Minerals and Cobalt Blue Holdings highlight a market shift toward industrial processing capability.

EnergyX and Eni Develop Chilean Direct Lithium Extraction Project

In Chile, Eni has agreed to acquire a 25% stake in EnergyX’s Chilean subsidiary Black Giant SpA through a phased $225 million investment. The Black Giant lithium project is located near the Salar de Punta Negra and will use EnergyX’s proprietary Direct Lithium Extraction technology in a closed-loop system with brine reinjection. The project targets 52.5 kt/year of lithium carbonate equivalent at full capacity. The development schedule includes 7.5 kt/year from Train 1 in 2028 and a further 45 kt/year planned for 2030.

Eni will receive a board seat and an option to purchase up to 25% of total production, supporting its stationary battery gigafactory initiative in Brindisi.

EnergyX states that the project will use its GET-Lit platform, supported by more than 150 patents, and has received a $690 million debt-financing letter of interest from the US Export-Import Bank. The company estimates project capital expenditure at just below $1 billion, including financing costs, and forecasts approximately $1.3 billion in annual gross revenue based on a lithium price assumption of $25,000 per tonne.

Canada Expands Direct Lithium Extraction Development

In Saskatchewan, Aquatech is supplying what it describes as the largest direct lithium extraction unit deployed in North America for Prairie Lithium’s 4.6 million tonne lithium carbonate equivalent resource base. The system will use Aquatech’s Li-Pro Lithium Selective Sorption technology under its PEARL platform.

A modular Quadpod unit containing four full-scale Li-Pro columns is scheduled for delivery in summer 2026. Aquatech states that it has more than 100,000 tonnes per year of lithium projects under execution globally. The development highlights growing investor attention toward processing technologies capable of improving lithium recovery, impurity management, reagent control and commercial-scale output.

Rare Earth Companies Advance Separation and Qualification Facilities

In Canada, Ucore Rare Metals produced 99.9% dysprosium oxide at its Commercialization and Demonstration Facility in Kingston, Ontario. The material is intended for qualification by Japanese, South Korean and US customers. Dysprosium is used in high-performance permanent magnets requiring stability at elevated temperatures for electric vehicles, robotics, aerospace, defence and renewable energy applications.

Ucore also produced 99.5%+ neodymium-praseodymium oxide from its 52-stage RapidSX demonstration plant and shipped qualification samples to major rare-earth permanent magnet manufacturers serving North American and European supply chains. The company is using Kingston operations to support future supply and offtake agreements connected to its planned Louisiana Strategic Metals Complex. USA Rare Earth has commissioned a hydrometallurgical demonstration facility in Wheat Ridge, Colorado, targeting first separated oxide production in Q3 2026.

The facility is designed to produce separated heavy rare-earth oxides including dysprosium, terbium and yttrium while testing three feedstock sources: Round Top ore, third-party mixed rare-earth carbonate including material from Serra Verde’s Pela Ema mine, and recycled magnet swarf. The plant uses a multi-stage solvent extraction circuit, SCADA monitoring and on-site analytical capabilities. Process data will support a digital-twin programme with the US Department of Energy’s National Energy Technology Laboratory.

Indonesia Expands Nickel Processing Capacity

Indonesia continues to demonstrate the importance of downstream processing through large-scale nickel developments. Nickel Industries has committed $169 million for a 17.5% interest in the PT Teluk Metal Industry HPAL project at the Indonesia Morowali Industrial Park. The project is expected to produce 38,640 tonnes per year of nickel in mixed hydroxide precipitate, with a project capital guarantee of $965 million. Nickel Industries’ stake provides exposure to approximately 6,775 tonnes per year of nickel in MHP. The company has also invested in Chengsheng New Energy, another HPAL project backed by $671 million in funding and designed to produce 28,357 tonnes per year.

New Metallurgical Technologies Target Difficult Feedstocks

Boston Metal raised $75 million in May 2026 to accelerate deployment of its Molten Oxide Electrolysis (MOE) platform and expand critical-metals production. The financing brought total funding above $500 million and included Tata Steel alongside existing investors. The company’s technology is designed to recover metals including niobium, tantalum, vanadium and nickel from low-grade materials and waste streams through an electrified metallurgical process.

Deep-Sea Nodule Refining Proposal Targets Multiple Metals

Glomar Minerals and Cobalt Blue Holdings are planning a US refinery for critical minerals recovered from Pacific seabed polymetallic nodules. The proposed facility is expected to cost less than $500 million and initially process 200,000 metric tonnes per year. Cobalt Blue will provide technology designed to separate at least five minerals from polymetallic nodules. The companies are targeting commercial production before 2029.

Across lithium, rare earths, battery recycling, nickel, electro-metallurgy and polymetallic materials, investment activity is increasingly focused on processing systems capable of producing qualified industrial materials rather than only securing mineral resources.