Highlights

• Diverse international efforts emerge to diversify rare earth element processing and manufacturing outside of China.
• Multiple countries and companies are developing integrated supply chains from mining to magnet production across North America, Europe, and Asia.
• Geopolitical and economic strategies are driving collaborative investments in rare earth exploration, processing, and technology development.

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The week of August 25–29, 2025, saw a flurry of rare earth element (REE) deal-making and policy moves across the globe. Activity spanned the entire supply chain – from upstream mining and offtake agreements, through midstream processing partnerships, to downstream magnet manufacturing ventures – often backed by significant government financing. Below, we organize the key developments by supply chain stage and region, followed by a summary table.

Upstream: Mining Projects & Offtake Agreements

Greenland–U.S. Offtake

Critical Metals Corp (NASDAQ: CRML) inked a 10-year offtake agreement to supply up to 10,000 tonnes per year of heavy rare earth concentrate from its massive Tanbreez project in Greenland to _Ucore Rare Metals_’ processing facilities. This deal secures a long-term feed of dysprosium- and terbium-rich concentrate for Ucore’s planned separation plant in Louisiana, marking a major step to reduce Western dependence on Chinese heavy REE refining. Executives noted the partnership will help “lessen China’s grip” on critical heavy rare earth supply for U.S. defense and tech needs. See Rare Earth Exchanges (REEx).

Exploration Expansion (Australia to U.S.)

Australia’s Terra Uranium (ASX: T92) expanded its partnership with Canada-based Axiom Group (opens in a new tab) to target rare earth exploration assets in the United States, building on their previous uranium collaboration. Terra’s move into U.S. rare earths comes as unprecedented levels of federal support flow into the sector. The company’s directors cited a “fundamental shift” in U.S. critical minerals strategy, with government and private investment backing at levels not seen before – including governments even taking equity stakes in major companies. (Indeed, Terra points to recent U.S. deals like the Pentagon’s $610 million commitment to MP Materials as evidence of this new environment.) By aligning with U.S. policy trends, Terra aims to capitalize on upcoming acquisition and development opportunities in American rare earth projects

African Projects Context

No brand-new African mine deals were announced during the week, but ongoing projects on the continent continue to progress with prior funding. For example, just a week earlier, Australia’s Lindian Resources secured $59 million in equity and a $20 million loan to advance the Kangankunde rare earth mine in Malawi (with a 15-year offtake to Iluka Resources), as cited recently by Rare Earth Exchanges. Such deals underscore Africa’s importance in diversifying supply. (Earlier in 2025, Nigeria also attracted a $400 million foreign investment to build Africa’s largest rare earth processing plant, as cited by Asian Metal (opens in a new tab) earlier in the summer, signaling international interest in African rare earth assets.) Note that a mining group from Zimbabwe and Malawi contacted REEx for assistance.

Midstream: Processing & Refining Initiatives

U.S. Heavy Rare Earth Processing

As cited above, the Critical Metals–Ucore offtake above underpins Ucore’s Louisiana separation plant, which broke ground in May. That facility (along with Ucore’s smaller Kingston, Ontario plant) is slated to start producing high-purity rare earth oxides in 2026, initially ~2,000 tpa with scale-up to 7,500 tpa by 2028. The heavy rare earth carbonate from Greenland will feed Ucore’s process to extract dysprosium, terbium, and other critical oxides needed for defense and EV technologies. This is one of the first major North American heavy REE supply chains coming to fruition outside China.

Indonesia’s New REE Agency

Indonesia made a policy leap upstream by establishing August 25. That’s right: Reuters reported that Southeast Asia’s most populous nation launched a new critical minerals and rare earth element agency. President Prabowo Subianto created this agency to manage “strategic materials” like rare earths (and other radioactive minerals) with an eye toward defense and economic sovereignty. The agency’s chief explained that rare earth resources – often found as by-products of Indonesia’s tin and nickel ore processing – are “important for the improvement of our economy” and national security. Indonesia, rich in critical minerals and REE-bearing monazite residues, seeks to develop domestic refining capacity rather than just exporting unprocessed ore. The move is seen as an effort to join the global rare earth race by unlocking Indonesia’s untapped reserves for use in EVs, magnets, and military applications.

Other Processing Developments

In Europe, rare earth refining capacity is also ramping up. EU-backed projects like Neo Performance Materials’ new separation plant in Estonia (opens in a new tab) are coming online imminently (see Downstream section for the associated magnet facility). Meanwhile, Japan and India are collaborating on refining as well – Toyota Tsusho is involved in a rare earth processing project in Andhra Pradesh, India, as part of broader Indo-Japanese critical minerals cooperation. These efforts, alongside Australia’s ongoing investments (e.g., Arafura’s Nolans project with government-backed loans), indicate a global push to build non-Chinese REE processing hubs in allied countries. See REEx.

Downstream: Magnet Manufacturing & Supply Chain Deals

U.S. “Mine-to-Magnet” Alliance

A noteworthy downstream partnership was announced in the U.S. between Energy Fuels Inc. – operator of the only U.S. plant currently separating light and heavy rare earth oxides – and Vulcan Elements, a North Carolina-based magnet manufacturer. The two signed an MOU to develop an integrated domestic rare earth magnet supply chain. Under the agreement, Energy Fuels will begin supplying Vulcan with refined NdPr (neodymium-praseodymium) and dysprosium oxides from its White Mesa, Utah, facility by Q4 2025 for Vulcan to validate in magnet production. This collaboration could transition into long-term supply contracts if validation succeeds. Strategically, it pairs the only U.S. source of separated RE oxides with an emerging U.S. magnet maker – one of the first fully domestic “mine-to-magnet” value chains. Both companies aim to reduce reliance on China: Vulcan is scaling up from pilot production (having secured initial defense contracts and $60 million in funding), and Energy Fuels is diversifying beyond its uranium business into critical materials. Analysts note this tie-up, if realized at scale, would mitigate a key national security vulnerability and help meet the Pentagon’s 2027 mandate for U.S.-sourced magnets.

Magnet Supply Offtakes

The trend of end-users locking in non-Chinese magnet supply continued. USA Rare Earth – which is building a 310,000 sq. ft. NdFeB magnet factory in Oklahoma – recently signed an MOU with Enduro Pipeline Services to supply magnets for industrial “smart pig” pipeline inspection devices. This follows USA Rare Earth’s other collaborations (with Moog Inc., defense contractor Polar Star, and Studsvik’s Studsvant unit) intended to seed demand for its magnets when production starts in 2026. Similarly, major OEMs have made upstream investments/agreements earlier in the year: General Motors secured a magnet offtake with Texas-based Noveon (formerly USA Rare Earth’s magnet unit), and Apple committed $500 million to MP Materials for a magnet supply over several years – both deals aiming to localize magnet sourcing in North America. *(These particular GM and Apple deals were struck prior to this week, but are part of the same trend of downstream users partnering in the rare earth supply chain.)

Europe’s First Magnet Plant

In the EU, Neo Performance Materials announced that its Neo Narva magnet manufacturing plant in Estonia – supported by the European Raw Materials Alliance – is on track to begin operations in September 2025 as cited previously by REEx. This facility will be one of Europe’s first domestic NdFeB magnet factories, a milestone in reducing Europe’s dependence on imported Chinese magnets. The Narva plant will use rare earth feedstock from Estonia’s Silmet separation plant (also owned by Neo) and potentially other allied sources, supplying European automotive and wind power industries with locally made magnets for the first time. The EU and Estonia provided backing to this project as part of a broader strategy to build an entire REE-to-magnet supply chain within Europe.

India–Japan Collaboration: India and Japan deepened their strategic collaboration on rare earths and other critical sectors during a summit at the end of the week (Aug 29, 2025). The Ministry of Mines of India and Japan’s METI signed a Memorandum of Cooperation (MoC) in the field of mineral resources, aiming to build resilient REE supply chains between the two nations as cited by the Indian government (opens in a new tab). Japan is committed to continuing its multi-billion-dollar investments in India (¥10 trillion over the next five years across sectors), with rare earths identified as a priority area alongside semiconductors and batteries. A concrete example is Toyota Tsusho’s rare earth refining project in Andhra Pradesh, which was highlighted as a key joint effort to establish a stable supply of processed rare earth oxides within India. This Indo-Japanese cooperation, part of a broader economic security partnership, dovetails with both countries’ involvement in the Mineral Security Partnership (MSP) and the Quad’s critical minerals initiatives. It reflects Japan’s strategy of investing in ally countries’ rare earth capabilities (as Japan has done with Australia’s Lynas in the past) and India’s desire to develop domestic REE refining to mitigate China’s export curbs that recently hit Indian industry.

Mongolia–South Korea Research Initiative

In Asia, Mongolia and South Korea agreed to by November 2025, focusing on rare earth element processing techniques.  A laboratory will be established in Ulaanbaatar under Mongolia’s state-owned Geology Center, in partnership with the Korea Institute of Geoscience and Mineral Resources (KIGAM), funded by a grant from the South Korean government. The center will work on enrichment technologies for rare earth ores, localization of Korean refining technology in Mongolia, training of specialists, and facilitating business partnerships between the two countries in rare metals. For Mongolia, which has known rare earth deposits but limited infrastructure, the venture provides technology transfer and know-how to develop its resources potentially. For South Korea, it secures an overseas research foothold as part of its strategy to diversify rare metal sources (South Korea is heavily import-dependent for REEs). This international R&D collaboration is one more example of how countries are pooling expertise to break China’s monopoly on processing technology.

China’s Policy Maneuvers

While other nations struck deals, China – the incumbent dominant supplier – continued to leverage policy tools to maintain its strategic edge, Beijing has tweaked both export and import rules on rare earths this month. Notably, China’s Ministry of Industry and IT extended its production quota system to cover imported rare earth ore and concentrates. Announced in late August, this rule closes a loophole by capping the volume of foreign mined rare earth material that can be brought into China for refining. It effectively restricts foreign producers (e.g., in Africa) from using Chinese processing capacity unless within quota, thereby pressuring those miners to develop processing elsewhere. Earlier in the month, however, China lifted certain export restrictions on high-performance rare earth magnets (which had been imposed in April during a chip trade spat). Easing the magnet export ban provided temporary relief to foreign industries (especially in India’s EV and defense sectors, which were hit hard by the April curbs), even as China simultaneously warned against Western stockpiling of rare earths. These calibrated moves – loosening magnet exports on one hand, tightening raw material control on the other – underscore that China is carefully managing the spigot. By wielding export licenses and quotas, Beijing can alleviate short-term pressure when politically convenient, yet still reinforce its long-term grip on the upstream bottleneck. The message to the world is clear: despite new non-Chinese projects, China’s policies will continue to profoundly shape market supply, incentivizing countries to accelerate their own rare earth supply chain initiatives.

The table below summarizes the major rare earth-related deals and developments of the week, across upstream, midstream, downstream, and governmental domains:

Parties/Initiative	Stage	Type of Deal	Key Detail (Value/Volume)	Region	Strategic Significance
Critical Minerals/UCORE	Upstream & Midstream	10-year Offtake	Up to 10,000 t/year RE concentrate from Tanbreez (Greenland) to Ucore’s Louisiana plant.	Greenland USA	Secures heavy RE feedstock for a new U.S. separation facility, enabling non-Chinese supply of Dy/Tb
Terra Uranium – Axiom Group	Upstream	Exploration Partnership (Expansion)	Jointly target REE exploration assets in the US (Terra pivoting from uranium). Value not disclosed	Australia/US	Junior minor broadens into rare earths to leverage U.S. critical minerals push; aligns with record federal backing for such projects.
Energy Fuels – Vulcan Elements	Midstream	MOU for Supply Chain JV	Develop integrated US mine-to-magnet pipeline; first oxide deliveries (NdPr, Dy) in Q4 2025 for validation	USA	Bridges Americaore magnet production and reduce China reliance.
Canada-Germany	Policy/Gov	Critical Minerals Partnership	Government-to-government agreement to boost mining, EV battery metals and rare earth supply	Canada and Germany (EU)	Strengthens allied supply chains; helps Europe diversify from China for REEs and other tech metals (supports NATO economic security goals).
India and Japan	Policy/Gov	MoC on Mineral Resources	Signed Memorandum of Cooperation (Aug 2025) on critical minerals; Japan to invest in India’s REE refining (e.g., Toyota Tsusho project in Andhra).	India/Japan	Deepens Indo-Japanese rare earth collaboration; builds REE processing capacity in India, securing alternative supply amid China’s export curbs
Indonesia	Policy	New Rare Earths Agency	Established state agency to oversee REE & radioactive mineral development (announced Aug 25).	Indonesia	Coordinates domestic REE extraction from mining by-products (tin, nickel); part of plan to integrate REEs into Indonesia’s defense and economic strategy.
Mongolia & South Korea	R&D Coop	Joint Rare Metals Research Center	Launching Nov 2025 in Ulaanbaatar with KIGAM support and Korean grant aid.	Mongolia & Japan	Technology transfer for REE ore processing and localization of Korean refining tech in Mongolia; builds capacity for future exploitation of Mongolia’s rare earth resources.
Neo Performance (Narva Plant)	Downstream	New Magnet Plant Commissioning	First EU-based Nd-Fe-B magnet factory opening Sept 2025 (EU Raw Materials Alliance-backed).	Estonia/EU	EU’s maiden rare earth magnet production facility; reduces Europe’s reliance on imported Chinese mag and anchors an emerging European REE supply chain.

Sources: Connected news releases and media reports from Reuters, Mining.com, Rare Earth Exchanges, government statements, and company announcements, as cited above. All monetary values are in USD unless otherwise specified. The strategic significance column is an analysis based on reported deal terms and the broader context of China’s market dominance.