Nigeria advances $400 million rare earth project: moving from raw material exports to local processing

What Happened

In April 2025, officials from Nigeria's Federal Ministry of Solid Minerals Development inspected a rare earth processing plant under construction in the Uke area of Nasarawa State. The facility, built by local mining company Hasetins Commodities Limited with an investment of $400 million, is expected to add 12,000 tonnes of annual processing capacity upon completion, bringing the company's total capacity to 18,000 tonnes per year. Government officials confirmed that the project has completed Environmental and Social Impact Assessments and will adopt closed-loop processing technology to reduce environmental risks.

The Logic Behind the Development: Why Was the Project Launched?

Nigeria has long relied on crude oil exports, but the global energy transition is reshaping the demand landscape for minerals. Rare earth elements and critical minerals such as tungsten, tin, and tantalum are core raw materials for electric vehicles, wind power, electronics, and defense. Nigeria is rich in such mineral resources but has long exported them as raw ores, resulting in low added value and vulnerability to price fluctuations. This project is a key initiative under the federal government's "Solid Minerals Diversification Strategy," aiming to capture more value chain links through local processing, reduce dependence on oil and gas revenues, and meet global supply chain demands for diversified sources of critical minerals.

Significance for Local Development

• Employment and Skills Upgrading: The construction and operation of the plant will create hundreds of direct jobs and drive indirect employment in downstream services, logistics, and other sectors. Hasetins plans to provide training and safety guarantees for nearby residents through community development agreements, helping to improve the skills of the local workforce.
• Industrialization Foundation: This facility is one of the few rare earth processing projects in Nigeria. If successfully operated, it will establish infrastructure for local mineral processing capabilities, providing a model for future expansion into higher-value-added products such as permanent magnets and battery materials.
• Retention of Resource Value: The processing stage can significantly increase the export value of minerals. Taking rare earth oxides as an example, the price of raw ore is only one-tenth or even less than that of processed products. The project is expected to generate hundreds of millions of dollars in export revenue annually and improve the country's trade balance.
• Environmental Improvement: The use of closed-loop technology to treat waste, compared to traditional open-pit mining and extensive processing, can reduce pollution to soil and water sources, aligning with sustainable development goals.

Impact on Regional Development

Nasarawa State, located in central Nigeria, may see the project radiate to surrounding administrative regions, attracting related auxiliary industries (such as reagent supply, equipment maintenance) to cluster. As the largest economy in West Africa, Nigeria's enhanced mineral processing capabilities can help improve the stability of the critical mineral supply chain within the Economic Community of West African States (ECOWAS), reducing dependence on Asian processing centers. In addition, the project plans to integrate artisanal miners into the formal supply chain through structured offtake agreements and safety training, which may improve mining governance in the region and reduce smuggling and illegal mining.

Potential Impacts in the Next 5 to 15 Years

(Note: The text after the last heading is empty in the original, so no translation is provided for that part.)## Potential Impact Over the Next 5 to 15 Years

If the project is commissioned on schedule and operates stably, Nigeria has the potential to become a key node for rare earth processing in Africa. The global rare earth market is currently dominated by China (accounting for about 60% of global processing capacity), but countries are seeking to diversify their supply sources. Nigeria's facility could fill the processing gap in Central Africa and attract downstream industries (such as magnet manufacturing and battery cathode production) to follow up with investment. In the long term, this project may drive Nigeria's transformation from a resource-exporting country to a "resource + manufacturing" country, providing high-skilled employment opportunities for the young workforce and forming linkages with emerging manufacturing sectors such as solar energy and electric vehicles. However, the project still faces challenges including unstable power supply, a shortage of skilled technical personnel, and global price fluctuations. Supporting policies (such as electricity subsidies and tax incentives) are needed to ensure sustained competitiveness.

This article represents a significant shift in Nigeria's long-term development path: from dependence on crude oil and raw material exports to deep processing and industrialization. Against the backdrop of intensifying global competition for critical minerals, whether this project becomes a key node in Africa's growth story over the next decade depends on the quality of execution, supporting infrastructure, and the ability to attract more downstream industry investment.