Top 10 Rare Earth Recycling Companies in 2026

Rare earth recycling companies are emerging as a structural fix to one of the supply chain’s most persistent vulnerabilities: over-reliance on Chinese primary production for neodymium, praseodymium, dysprosium, and terbium. This ranking covers the ten most significant rare earth recycling companies by operational scale, technology maturity, and strategic positioning as of mid-2026.

How We Ranked the Top 10 Rare Earth Recycling Companies

Entries are ranked by a combination of current operational status, annual output capacity, feedstock access, and commercial traction. Companies with operating facilities score above those in construction. Technology differentiation and strategic partnerships with OEMs or government programmes are secondary factors. Financial scale and geographic reach inform tiebreaks. Several smaller rare earth recycling companies were considered but excluded where production data or facility status could not be independently confirmed.

1. Cyclic Materials — Canada / USA / Europe

Cyclic Materials (Toronto) is the largest independent rare earth recycling company by capital deployed and facility footprint. Its proprietary MagCycle℠ and REEPure℠ two-stage process — physical preprocessing followed by hydrometallurgical separation — recovers mixed rare earth oxides (MREO) from end-of-life EV motors, wind turbine scrap, and magnet manufacturing waste. The Kingston, Ontario REEPure℠ commercial demonstration facility (100 tpa) shipped its first multi-tonne MREO batch in 2025. A Mesa, Arizona spoke facility (500 tpa) opened in Q1 2026.

In January 2026, Cyclic closed a $75M Series C led by T. Rowe Price, bringing total funding to $162M. That same month it announced an $82M campus in McBee, South Carolina — its largest hub to date, targeting 600 tpa of MREO with planned expansion to 1,800 tpa. A 10-year offtake with VACUUMSCHMELZE (VAC) covers 100% of swarf from VAC’s new Sumter, SC facility. A 250t MREO offtake agreement with Solvay’s La Rochelle plant is operational. A non-binding MOU with Neo Performance Materials, signed March 2026, targets a trans-Atlantic closed loop. Fortune listed Cyclic in its Change the World 2025 rankings. The company claims 63% lower carbon emissions and 95% less water use versus primary mining — figures consistent with the broader efficiency case for USGS-tracked secondary recovery routes.

2. HyProMag (Mkango Resources) — UK / Germany / USA

HyProMag, operated through Mkango Resources (AIM/TSX-V: MKA) subsidiary Maginito, uses Hydrogen Processing of Magnet Scrap (HPMS) — a patented short-loop technology from the University of Birmingham that converts end-of-life NdFeB magnets into demagnetised alloy powder without full chemical breakdown. The short-loop approach preserves alloy composition, delivering lower energy use and CO₂ intensity than conventional hydrometallurgical routes. Mkango is one of the more transparent rare earth recycling companies on capacity and offtake disclosure, publishing tonnage figures across each facility as they come online.

The Tyseley Energy Park facility in Birmingham opened commercially in January 2026 — the first commercial rare earth magnet recycling and manufacturing plant in the UK in 25 years — with initial capacity of 100–330 tpa NdFeB. As of April 2026, 9.2 tonnes of recycled alloy powder had been produced, with 7.4 tonnes delivered to customers including Siemens AG, which incorporated HyProMag magnets into a SIMOTICS servomotor rotor at Hannover Messe 2026. A second plant under HyProMag GmbH in Pforzheim, Germany (100 tpa, expandable to 750 tpa) opened 28 April 2026. In the US, a South Carolina spoke at ILS’s Williston facility commissioned in March 2026 processes hard disk drives at 60,000+ units per week. A Texas Hub feasibility study shows a post-tax NPV of $409M. Mkango also agreed to acquire Remloy for €8M in May 2026, adding a 300t NdFeB stockpile and Germany-based alloy powder production.

See the full Mkango Resources profile for project details.

3. Ionic Technologies (Ionic Rare Earths) — UK

Ionic Technologies, the wholly owned UK subsidiary of ASX-listed Ionic Rare Earths (ASX: IXR), operates the Western world’s first facility to have produced individually separated magnet rare earth oxides from recycled feedstock — at its demonstration plant in Belfast. The long-loop hydrometallurgical solvent extraction process separates Nd₂O₃, Pr₆O₁₁, Dy₂O₃, and Tb₄O₇ to high purity from magnet swarf and end-of-life magnets, with no requirement for primary mining feedstock.

In January 2026, Ionic received an Offer in Principle for £12M from the UK Government’s DRIVE35 programme — cornerstone funding for an £85M commercial plant at Queen’s Island, Belfast Harbour. The facility is designed for 1,200 tpa magnet input, yielding 400 tpa of separated REOs. Construction targets late 2026 completion and first production in early 2027, subject to permitting. The project’s feasibility study reported a post-tax NPV of $502M and a 43.6% IRR. Among rare earth recycling companies covered in this ranking, Ionic Technologies is the only one capable of producing individually separated heavy rare earth oxides — dysprosium and terbium — directly from recycled feedstock at commercial scale. See the Ionic Rare Earths company profile for background on its Makuutu primary project.

4. Neo Performance Materials — Canada / Estonia / Europe

Neo Performance Materials (TSX: NEO) is an established rare earth processor that has integrated recycling into a broader magnet materials platform. Its Silmet facility in Estonia — one of the only rare earth separation plants outside China and operating continuously since Soviet-era construction — processes both primary and secondary feedstock. Neo operates a 2,000 tpa rare earth sintered magnet plant in Estonia, with plans to expand to 5,000 tpa.

In March 2026, Neo signed a non-binding MOU with Cyclic Materials for a trans-Atlantic circular supply chain: Neo supplies magnet production scrap from European operations to Cyclic for recycling into MREO; Cyclic returns MREO to Neo as secondary feedstock for downstream alloy and magnet manufacturing. The arrangement directly targets the EU Critical Raw Materials Act’s requirement for increased rare earth recycling capacity. Of the rare earth recycling companies covered here, Neo is the only one with its own downstream sintered magnet manufacturing line, giving it a direct route from recycled feedstock to finished product. Neo operates manufacturing facilities in Canada, Estonia, China, Germany, Thailand, and the UK. See the full Neo Performance Materials profile.

5. Phoenix Tailings — USA

Phoenix Tailings (Exeter, New Hampshire) operates a rare earth metallurgy facility — one of the largest of its kind in the Western world — that accepts recycled materials, mine tailings, coal fly ash, and other unconventional feedstock, making it the US’s only standalone rare earth refiner not dependent on Chinese inputs, equipment, or technology. Initial capacity is 200 tpa of light and heavy rare earth metals, principally neodymium-praseodymium (NdPr) and dysprosium-iron alloy (DyFe), with a scale-up pathway targeting 1,000+ tpa.

In February 2026 Phoenix secured an additional $40.2M in strategic capital, bringing total Series B financing to $116.6M, with backers including Traxys, Eni Next, In-Q-Tel (the US government-affiliated fund), and existing investors including Builders Vision and Sumitomo’s Presidio. In May 2026 the company acquired Machinery Partner to integrate AI and automation into refining operations. The Exeter facility’s ability to process recycled feedstock positions Phoenix as a downstream offtake route for upstream magnet recyclers among the wider field of rare earth recycling companies. See the Phoenix Tailings profile.

6. Solvay — Belgium / France

Solvay (Brussels) has been a rare earth separation and refining leader for decades, with its La Rochelle, France plant representing one of the only rare earth separation facilities in Europe with a continuous industrial track record. La Rochelle originally processed rare earths from primary ore; it now serves as the offtake destination for Cyclic Materials’ recycled MREO under a confirmed 250t supply agreement.

Solvay’s La Rochelle operation accepts recycled mixed oxides and separates them into individual REOs for downstream magnet, catalyst, and electronics manufacturers. This positions Solvay as a critical processing node in the emerging Western recycling loop: feedstock recyclers like Cyclic and Ionic supply MREO; Solvay performs separation; downstream producers like Neo convert output to alloy and magnets. In 2022 Solvay announced an expansion of La Rochelle into the rare earth permanent magnet value chain. Unlike the pure-play rare earth recycling companies higher on this list, Solvay’s processing capabilities for recycled feedstock sit alongside a much larger primary chemicals business — a strategic asset with no Western equivalent at scale.

7. Umicore — Belgium

Umicore (Brussels) is a global materials technology and recycling group with a long-established rare earth recovery operation at its Hoboken, Belgium facility — one of the world’s most complex e-waste recycling plants. The Hoboken plant processes precious metals, base metals, and specialty metals including REEs recovered from electronic scrap, NiMH batteries, and spent catalysts. Umicore recovers rare earth elements as a high-grade concentrate for downstream refining, processing feed from EV batteries, consumer electronics, and industrial catalysts.

Umicore’s REE recycling is a component of a broader precious and specialty metals loop rather than a pure-play magnet recycling operation. The company does not publish standalone REE recycling volumes. Among the rare earth recycling companies in this ranking, Umicore is the largest by total revenue and headcount, though rare earths represent a small fraction of its overall recovery business. Its scale and industrial infrastructure make it a significant processor of rare earths embedded in secondary materials, particularly from automotive NiMH batteries. Umicore is listed on Euronext Brussels and operates across 50+ countries with over 11,000 employees.

8. Realloys — Europe

Realloys is a European rare earth alloy processor specialising in NdFeB alloy strip casting and recycling of production scrap from magnet manufacturers. Operating as a processor and intermediary within the European magnet supply chain, Realloys converts rare earth oxides and recycled alloy scrap into strip cast alloy ready for sintered magnet production — a critical step that has historically been dominated by Chinese producers.

Realloys’ integration of recycled scrap into its alloy production positions it as a circular economy operator within the European magnet supply chain, reducing the volume of production waste routed back to China for reprocessing. Its processing capacity and customer base within European magnet producers give it strategic relevance disproportionate to its public profile, even if it draws less coverage than higher-profile rare earth recycling companies elsewhere on this list. See the full Realloys profile.

9. China Northern Rare Earth Group — China

China Northern Rare Earth Group (Baotou, Inner Mongolia) is the world’s largest primary rare earth producer by output, accounting for approximately 40% of Chinese quota production. Its environmental protection and recycling segment processes industrial solid waste, spent catalysts, and scrap materials to reclaim rare earth salts and metals — a recycling operation that operates at scale simply because of the volumes moving through its primary processing facilities.

China Northern’s recycling activity is integrated into its broader Bayan Obo-sourced production cycle rather than a standalone secondary recovery business — a structural difference from the Western rare earth recycling companies elsewhere on this list, which were built around recycling as the primary business rather than a byproduct of primary refining. It processes rare earth-bearing scrap generated across its own refining and alloying operations. As the dominant global producer, its recycling volumes dwarf Western peers in absolute terms, though primary production remains its core business. See the China Northern Rare Earth profile.

10. BatX Energies — India

BatX Energies (India), in partnership with Germany’s Rocklink, is developing India’s first integrated rare earth magnet recycling and refining hub. The collaboration targets recovery of NdFeB magnet rare earths from end-of-life lithium-ion battery arrays and urban electronic waste streams — feedstock sources that are expected to scale rapidly as India’s EV fleet ages through the late 2020s. The project aligns with India’s push for domestic rare earth processing capability under its critical minerals strategy and the EU-India Trade and Technology Council framework.

BatX-Rocklink represents the most significant rare earth magnet recycling initiative in the Indian subcontinent and positions the country as a potential processing node outside the China-dominated supply chain. Production timelines and output capacity figures are not yet publicly confirmed — a reminder that not every name on a list of rare earth recycling companies has reached commercial-scale disclosure yet.

Top 10 Rare Earth Recycling Companies — Comparison Table

The Outlook for Rare Earth Recycling Companies

Rare earth recycling addresses two simultaneous pressures: China’s tightening export controls — active since late 2024 — and the projected tripling of NdPr and HREE demand from EV motors and wind turbines through 2035, a trajectory tracked by demand forecasters including Adamas Intelligence. The feedstock constraint on recycling is structural: meaningful volumes of end-of-life EV motors will not enter recycling streams at scale until the late 2020s, when first-generation EVs reach end-of-life. Production scrap, hard disk drives, and NiMH batteries provide near-term feedstock, but the long-run growth trajectory for rare earth recycling companies is tied to EV fleet turnover timing.

Consolidation and partnership activity — Cyclic’s MOU with Neo, Mkango’s acquisition of Remloy, Solvay’s offtake with Cyclic — point to a sector still defining its supply relationships rather than competing on price. Expect further vertical integration between feedstock recyclers and downstream alloy and magnet producers as Western capacity builds out. For further context on the elements driving recycling demand, see what is neodymium and what is dysprosium. For a broader view of where recycling fits in the supply picture, see our analysis of rare earth recycling and the circular economy.

This article is for informational purposes only and does not constitute investment advice. Company data is sourced from public filings and announcements. Figures are subject to revision.