EXTRACTION / Resources & Sovereignty
The project and its current state Lindian Resources’ Kangankunde Rare Earths Project in Malawi remains on track for first production in Q4 2026, with front-end commissioning targeted for October and practical completion aimed for mid-November. The company reports more than 800,000 lost-time-injury-free work hours, 3,318 personnel on site, completed haul-road access to the Stage 1 pit, explosives onsite, a signed-off explosives magazine, and roughly 27,000 tonnes of ore on the run-of-mine pad. In early April 2026, Lindian raised A$100 million through an oversubscribed institutional placement to fully finance Stage 1 construction and accelerate Stage 2 feasibility studies. Stage 1 is designed to produce 15,300 tonnes per annum of premium rare earth concentrate at 55% Total Rare Earth Oxides grade, with no deleterious elements, backed by a strategic partnership with Iluka Resources. The project has a life of mine of 45 years, a pre-production capital expenditure of $40 million, and an offtake agreement with Gerald Metals for 45,000 tonnes of monazite concentrate over 60 months. The project’s 23.7 million tonne probable reserve grading 2.9% TREO, with NdPr content of 19.7%, and a 0.2:1 strip ratio, ranks among the world’s most favourable development-stage rare earth deposits by both grade and mining economics. The $40 million capital cost for a 15,300 tonne annual production capacity is exceptionally low by rare earth project standards, a function of near-surface high-grade mineralisation, simple open-pit mining geometry, and a processing route that does not require the chemical complexity of bastnäsite-dominant deposits.
The continental context: Africa’s first new rare earth mine since Burundi Since production stopped at Burundi’s Gakara mine in June 2021 at the request of the Government of Burundi, Africa has had no industrial rare earth mine in operation. Fitch Solutions estimates that Africa could account for about 7% of global rare earth production by 2034. That projection is entirely contingent on the current pipeline of projects under development. No African country produces rare earths at commercial scale as of mid-2026. Angola is the most advanced with construction underway at the Longonjo NdPr project operated by Pensana, with a 2027 commissioning target supported by $100 million in financing and an offtake agreement with German magnet manufacturer Vacuumschmelze. Tanzania holds the most significant rare earth deposit pipeline by resource scale, but the Ngualla project’s acquisition by China’s Shenghe Resources in 2025 means its contribution to Western supply chain diversification is now uncertain, with Shenghe holding binding offtake rights to 100% of concentrate prior to the acquisition. If Kangankunde delivers Q4 2026 first production as targeted, it would be the first new operational rare earth mine on the African continent in more than five years. That milestone is not symbolic. It converts the entire Fitch Solutions 7% projection from a pipeline estimate into an operational trajectory anchored by at least one producing asset, changing the credibility calculus for every subsequent African rare earth project that seeks financing.
Malawi’s second rare earth project and the mine-to-separation model Malawi is unique in having two separate advanced rare earth projects from different operators in different parts of the country’s southern highlands. Mkango Resources published an updated definitive feasibility study for its Songwe Hill Rare Earths Project in March 2026, confirming a post-tax NPV of approximately $339 million at a 10% discount rate, an IRR of 24%, and a payback period of 3.4 years from the start of full production. Both Songwe and Mkango’s proposed Pulawy rare earth separation plant in Poland have been designated Strategic Projects under the EU Critical Raw Materials Act. Mkango has also confidentially filed a draft Form F-4 with the SEC in connection with a proposed Nasdaq listing via SPAC merger with Crown PropTech Acquisitions. The Mkango model is structurally distinct from Lindian’s Kangankunde approach. Where Kangankunde produces a high-grade monazite concentrate for third-party processing, with integration to the SARECO facility in Kazakhstan, Mkango is constructing a vertically integrated mine-to-oxide model, with Malawian ore refined at the Pulawy separation plant in Poland, producing NdPr oxide directly into the European market. A senior United States government delegation visited the Kangankunde site in early 2026 to assess its potential role in national security and the energy transition. In December 2025, discussions with the US government aimed to assess Kangankunde’s potential contribution to addressing emerging supply shortfalls faced by the United States and its allies. The US International Development Finance Corporation provided $4.6 million in financing to Mkango’s Songwe project in September 2025. Both projects are receiving direct US government engagement. That is not coincidental: critical minerals diplomacy, documented in this series’ coverage of the Washington Accords and the copper deficit framework, is now extending to rare earth supply chains where China controls approximately 85 to 90% of global processing capacity.
The geopolitical supply chain logic China controls approximately 85 to 90% of global rare earth element processing capacity, despite possessing only 37% of identified global reserves. The US Critical and Strategic Mineral Mining and Recycling Research, Development, and Demonstration Act allocated $140 million specifically for rare earth element mining and processing development outside China. Non-Chinese rare earth suppliers benefit from preferential procurement frameworks and premium pricing mechanisms under the EU Critical Raw Materials Act and the US legislation. The Kangankunde-Songwe pairing in Malawi is strategically significant for this supply chain architecture. Australia, Canada, and the United States have been the primary geographies for Western-aligned rare earth development, largely because of their established mining regulatory frameworks, existing processing infrastructure, and geographic proximity to allied industrial bases. Malawi is none of these. It is landlocked, infrastructure-constrained, and politically non-aligned. Its emergence as a dual-project rare earth jurisdiction represents a genuine expansion of the Western supply chain diversification effort beyond the usual geography. Kangankunde is positioned to produce dysprosium and terbium at significant grades, elements deemed crucial for the transition to clean energy technologies and for which Chinese processing dominance creates the most acute strategic vulnerability in Western EV motor and wind turbine supply chains. Heavy rare earth elements including dysprosium and terbium are structurally more difficult to substitute than light rare earths like cerium, and their concentration in Chinese-controlled deposits and processing facilities makes Kangankunde’s HREE content a specific strategic asset beyond its NdPr tonnage.
Malawi’s execution risks and what they require Malawi faces the infrastructural and institutional challenges common to many developing-world mining jurisdictions: limited rail connectivity, power supply constraints, and a regulatory environment that, while improving, is not yet road-tested at scale. The landlocked geography is the primary logistics constraint. Kangankunde’s concentrate must travel approximately 1,200 kilometres by road to the Port of Beira in Mozambique for export, a route that Mozambique’s LNG-insurgency context documented in this series makes episodically unreliable, or alternatively through Dar es Salaam in Tanzania on a longer route. Neither option provides the predictable logistics infrastructure that an industrial rare earth supply chain requires. Power supply at the mine site relies on a combination of grid connection and diesel backup in a country where grid reliability is inconsistent. The $40 million Stage 1 capex assumes these constraints are manageable at the initial 15,300 tonne annual scale. The proposed Stage 2 expansion to 120,000 tonnes per annum concentrate capacity would require logistics and energy infrastructure investments that the Stage 1 economics do not cover. The next proof points for investors are straightforward: commission the plant, ship qualified concentrate, clarify downstream processing, and demonstrate that Stage 2 can scale without losing capital discipline. If Lindian delivers Q4 2026 first production, Kangankunde could become a meaningful new source of rare earth concentrate outside China. For Africa’s critical minerals trajectory as documented in this series, the sentence that matters most is the conditional. If.