Nigeria rare earth deposits span at least six million tonnes of monazite across multiple states, yet until December 2025 the country had no rare earth separation capacity of any kind. The groundbreaking of a $400 million processing facility in Nasarawa State by Hasetins Commodities has changed that calculus — but converting geological endowment into a functioning supply chain requires clearing a decade of regulatory, infrastructure, and financing hurdles.
Nigeria Rare Earth Geology
Nigeria’s rare earth potential is concentrated in monazite-bearing alluvial sands distributed across multiple central and northern states — Nasarawa, Kaduna, Plateau, Kano, Cross River, Kebbi, and Niger among them. Monazite is a light rare earth phosphate mineral carrying neodymium, praseodymium, lanthanum, and cerium, with typical total rare earth oxide (TREO) grades of 8–12% in Nigerian deposits.
That NdPr fraction is commercially significant. Neodymium and praseodymium are the primary inputs for NdFeB permanent magnets used in EV motors and wind turbine generators — the two fastest-growing rare earth end-uses. Nigeria’s monazite profile broadly resembles feedstocks processed by established producers in Australia and India.
Thorium co-occurrence in Nigerian monazite is the most cited technical constraint. Thorium-bearing ore streams require specific handling licences in most jurisdictions, and Nigeria’s regulatory framework for thorium management is still being developed. Independent assessments describe thorium levels in key deposits as within manageable ranges relative to, for example, some South Asian monazite sources — but a formal framework for thorium licensing remains a prerequisite for commercial-scale processing.
Extraction to date has been dominated by artisanal and small-scale operators working alluvial deposits, primarily targeting tin and columbite as primary revenue streams, with monazite as a byproduct. Systematic TREO characterisation across the full deposit portfolio is incomplete, which is both a risk and an upside — exploration upside remains material.
Nigeria Rare Earth Processing — The Hasetins Plant
The defining event in Nigeria’s rare earth development timeline is the December 2025 groundbreaking of the Hasetins Commodities processing facility at Uke, in the Karu Local Government Area of Nasarawa State. The plant is designed for 12,000 metric tonnes per annum of rare earth and critical metal processing capacity, which would add to Hasetins’ existing 6,000 tpa operation, bringing the company’s total Nigerian throughput to 18,000 tpa.
The $400 million investment figure cited by Hasetins and endorsed by Minister of Solid Minerals Development Dele Alake at the groundbreaking is presented as foreign direct investment, but the identity of the financing parties and the confirmed draw schedule have not been publicly disclosed. Construction has begun; commissioning timeline has not been officially stated. Nasarawa State Governor Abdullahi Sule confirmed the facility as Nigeria’s first rare metal processing plant at the groundbreaking ceremony.
Hasetins sources feedstock from its own mining operations and from artisanal miners operating under a structured offtake arrangement — a model the company says is designed to formalise part of the artisanal sector while securing consistent raw material supply. The plant processes a broader basket of critical metals alongside rare earths, including platinum group metals, chromium, and uranium — a scope that reflects Nigeria’s wider mineral endowment rather than a rare-earth-only facility.
If commissioned at stated capacity, the Hasetins plant would represent a structurally new development for Africa rare earth processing — currently dominated by a handful of facilities concentrated in South Africa and Morocco. No independent technical report on the plant has been published.
Strategic Position in Global Supply Chains
Nigeria’s geography confers genuine supply chain advantages. Atlantic-facing ports at Apapa (Lagos) and Onne (Rivers State) reduce shipping distances to European and North American refineries compared with producers operating from the Indian Ocean rim. Under the African Continental Free Trade Area (AfCFTA), Nigerian-processed rare earth intermediates would in principle access preferential trade terms across 54 member states — relevant if downstream processing capacity develops elsewhere on the continent.
The geopolitical dimension matters to Western procurement planners. China controls approximately 85–90% of global rare earth separation and refining capacity. The US, EU, and allied governments are actively incentivising non-Chinese supply chains under frameworks including the US Inflation Reduction Act, the EU Critical Raw Materials Act, and bilateral critical minerals agreements. Nigeria’s combination of light rare earth geology and a stated beneficiation policy positions it as a potential partner for diversification-focused programmes — though realising that position requires a track record of production that does not yet exist.
For context on the wider African rare earth pipeline, see our overview of top Africa rare earth projects.
Regulatory and Infrastructure Challenges
Nigeria’s Minerals and Mining Act 2007 and subsequent amendments establish the legal framework, but several gaps remain material for rare earth development specifically. The thorium handling framework is the most technically acute: commercial monazite processing generates thorium-bearing residues that require classification, storage, and disposal protocols aligned with nuclear regulatory standards. Nigeria’s Nuclear Regulatory Authority (NSRNA) oversees this framework, but no rare earth processing licence that addresses thorium management at industrial scale has been issued. Industry estimates for closing that regulatory gap run to three to five years.
Nigeria has adopted a local processing mandate requiring at least 30% beneficiation of mined ores before export, rising to 35% for industrial minerals by 2030. Alake has framed this as a structural break from the historical pattern of exporting raw mineral ore at low unit values and importing refined products at multiples of the export price. In practice, enforcement depends on the ministry’s capacity to verify processing claims across a fragmented mining sector.
Infrastructure constraints in monazite-bearing regions include road network limitations that raise logistics costs for bulk mineral transport, power supply reliability for energy-intensive processing, and water access for wet separation circuits. Nasarawa State’s location in Nigeria’s central belt places it closer to the mineral-rich Middle Belt than the coastal processing clusters, which reduces internal haulage distances but requires investment in site-level infrastructure.
Nigeria Rare Earth Investment Outlook
The realistic investment timeline for Nigeria rare earth as a functioning export supply chain is long. The Hasetins plant, if it proceeds to commissioning on the implied 2027–2028 horizon, would establish proof-of-concept for in-country processing — but a single facility does not constitute a supply chain. Downstream steps require separation capacity for individual rare earth oxides, qualification by end-users in the magnet and catalyst supply chains, and consistent production track record over multiple quarters.
Investment structures being discussed in the Nigerian mining sector include public-private partnerships anchored by the Nigerian Sovereign Investment Authority, development finance institution (DFI) lending from the African Development Bank and the International Finance Corporation, and offtake-backed project finance. Each requires a level of technical bankability — independent resource estimates, environmental and social impact assessments, processing test work — that most Nigerian rare earth projects have not yet produced.
For investors tracking the neodymium price and assessing where Nigerian production might enter the market, the meaningful horizon is mid-to-late 2020s at earliest. The geological endowment is real; the execution pathway is early-stage. Nigeria’s rare earth story is one to track, not yet one to price.
| Indicator | Detail |
|---|---|
| Primary ore type | Monazite (alluvial and hard rock) |
| Estimated monazite reserves | 6 million tonnes |
| Typical TREO grade | 8–12% |
| Key states | Nasarawa, Kaduna, Plateau, Kano, Cross River, Kebbi, Niger |
| Primary commercial REEs | Neodymium, praseodymium, lanthanum, cerium |
| Processing capacity (existing) | ~6,000 tpa (Hasetins) |
| Processing capacity (planned) | +12,000 tpa (Hasetins Nasarawa plant — under construction) |
| Flagship investment | $400m Hasetins facility, Karu LGA, Nasarawa State (groundbreaking Dec 2025) |
| Regulatory gap | Thorium framework; 3–5 year estimated timeline |
| Export policy | 30% local processing mandate (rising to 35% by 2030) |
| Investment horizon | Mid-to-late 2020s for meaningful oxide production |
What rare earth minerals does Nigeria have?
Nigeria’s rare earth potential centres on monazite, a phosphate mineral carrying neodymium, praseodymium, lanthanum, and cerium. Deposits occur across multiple central and northern states including Nasarawa, Kaduna, Plateau, and Kano, with estimated total monazite reserves of six million tonnes and typical TREO grades of 8–12%.
Is Nigeria producing rare earths?
Nigeria currently has limited rare earth production from artisanal and small-scale mining operations, primarily as a byproduct of tin and columbite extraction. The Hasetins Commodities processing plant in Nasarawa State — groundbroken in December 2025 — is the first facility designed specifically for rare earth and critical metal processing at industrial scale, with a planned capacity of 12,000 metric tonnes per annum.
Where is the Hasetins rare earth plant located?
The Hasetins Commodities $400 million rare earth and critical metal processing plant is located at Uke, in the Karu Local Government Area of Nasarawa State, in north-central Nigeria. Groundbreaking was held in December 2025. The facility is described by the Nasarawa State government as Nigeria’s first rare metal processing plant.
What is Nigeria’s rare earth export policy?
Nigeria has adopted a local processing mandate requiring at least 30% beneficiation of mined ores before export, rising to 35% for industrial minerals by 2030. Minister Dele Alake has framed this policy as ending the historical pattern of exporting raw mineral ore at low unit values. New mining licences require in-country value addition as a condition.
What is the investment timeline for Nigeria rare earth development?
A functioning rare earth export supply chain from Nigeria is a mid-to-late 2020s prospect at the earliest. The Hasetins plant needs to reach commissioning, followed by separation capacity for individual rare earth oxides, end-user qualification, and a production track record. Development finance institutions and public-private partnership structures are the most cited investment models for the sector.
