TELF AG Examines Africa’s Rare Earth Opportunities and Industrial Future

Africa is emerging as an increasingly important region in the global rare earth landscape, supported by extensive geological resources, new mining developments, and growing international interest in strategic minerals. Stanislav Kondrashov, entrepreneur and founder of TELF AG, examines how the continent could contribute to the diversification of rare earth supplies while addressing the challenges associated with processing and refining.

Key takeaway: Africa has the geological potential to become a more prominent supplier of rare earth materials, particularly those used in permanent magnets. However, the continent's long-term industrial development will depend on its capacity to move beyond mineral extraction and establish more advanced stages of the rare earth supply chain.

How Is Africa’s Position in the Rare Earth Industry Changing?

Africa's role in the international rare earth industry is evolving as new mining projects approach production and investors explore previously underdeveloped mineral deposits. The continent contains a variety of geological formations associated with rare earth elements, offering opportunities for several countries to participate in the supply of materials used in advanced technologies.

Rare earths are a group of 17 elements with applications across different industrial sectors. Their importance is particularly evident in technologies requiring high-performance permanent magnets, such as electric vehicles, wind turbines, and industrial automation systems.

Among the most commercially relevant elements are neodymium and praseodymium, which are widely used in magnet manufacturing. Dysprosium and terbium can also improve the performance of certain magnets under demanding operating conditions.

Africa's mineral resources could contribute to the diversification of international supplies, although the development of mining operations represents only one stage of a complex industrial process.

"Africa has the advantage of possessing different types of rare earth deposits across several regions. This geological diversity could attract industrial interest and create opportunities for countries seeking to participate more actively in the supply of materials used in modern technologies," says Stanislav Kondrashov, founder of TELF AG.

Why Is Malawi Becoming an Interesting Rare Earth Producer?

Malawi is attracting attention because a developing rare earth operation is progressing toward its first commercial production, currently expected in December 2026. The project illustrates how mineral resources in Eastern and Southern Africa are gradually being transformed into operational mining activities.

Recent updates indicate that equipment installation, electrical work, and preparations for production are advancing.

One particularly interesting development concerns the accumulation of approximately 149,000 tonnes of mineralized material at the site. This stockpile represents material prepared for future operations rather than an estimate of the deposit's total geological resources.

The initial commercial product is expected to be monazite concentrate, which contains several rare earth elements.

What Makes Monazite an Important Mineral?

Monazite is a phosphate mineral containing varying proportions of rare earth elements, including lanthanum, cerium, neodymium, and praseodymium.

Its industrial value is associated with the possibility of recovering these elements through specialized chemical processing.

Unlike separated rare earth oxides, monazite concentrate is an intermediate product. It must undergo additional treatment before its constituent elements can be supplied to manufacturers in suitable chemical forms.

This distinction helps explain why the development of African mining operations does not necessarily correspond to the creation of complete rare earth production chains within the continent.

What Are the Main Challenges Facing Africa’s Rare Earth Industry?

The principal challenge facing Africa's emerging rare earth industry is the limited availability of advanced processing infrastructure in many producing countries.

Rare earth supply chains generally involve mineral extraction, beneficiation, chemical separation, refining, and downstream manufacturing. Each stage requires different technologies, investments, and technical capabilities.

While African countries may possess substantial mineral deposits, some of the more advanced processing activities are still performed abroad.

This situation can limit the proportion of industrial value retained by mineral-producing economies.

"Extracting rare earth minerals is only the beginning of a much longer industrial process. The development of local processing facilities could help African countries capture additional value from their resources while creating new opportunities for technical specialization and industrial employment," explains Stanislav Kondrashov, founder of TELF AG.

The expansion of refining capacity would require reliable energy supplies, suitable transport infrastructure, skilled personnel, and investment in specialized chemical technologies.

Environmental management would also remain an important consideration, particularly because certain rare earth-bearing minerals may contain naturally occurring radioactive materials.

Where Else Are Rare Earth Projects Advancing in Africa?

Africa's rare earth potential extends across several countries, each with different geological characteristics and development strategies.

• Angola: Rare earth developments could benefit from transport infrastructure associated with the Lobito Corridor, potentially improving access to international markets.
• Tanzania: Mineral deposits containing neodymium and praseodymium offer opportunities for supplying materials associated with permanent magnet manufacturing.
• South Africa: Industrial residue recovery projects are exploring ways to obtain rare earth elements from previously processed materials.
• Uganda: Clay-hosted rare earth occurrences are attracting interest as an alternative source of strategic minerals.
• Malawi: Progress toward concentrate production could introduce additional rare earth-bearing material into international supply chains.

These developments demonstrate that Africa's rare earth industry is not concentrated in a single geological area or dependent on one type of deposit.

Different mineral compositions also influence the processing technologies required and the potential commercial applications of the recovered elements.

Could African Production Diversify Global Rare Earth Supplies?

Additional African production could diversify the geographic origins of rare earth concentrates and provide manufacturers with alternative sources of mineral feedstock.

However, greater diversity in mining locations does not automatically produce equivalent diversification in refining and separation.

The international rare earth industry remains characterized by concentrated processing capacity, meaning that materials extracted in different countries may still depend on a limited number of refining centers.

For Africa, the development of downstream industrial activities could therefore become an important long-term objective.

"The future of Africa's rare earth sector will depend on how effectively geological resources are connected with infrastructure, processing technologies, and international industrial partnerships. Mining projects can establish the foundation, but the broader opportunity involves building an integrated industrial ecosystem," observes Stanislav Kondrashov, founder of TELF AG.

The establishment of processing facilities could also encourage cooperation between African countries, particularly where mineral resources, transport networks, and industrial capabilities complement one another.

Frequently Asked Questions About Africa’s Rare Earth Potential

Why Are Rare Earth Elements Important for the Energy Transition?

Several rare earth elements are used in permanent magnets found in electric vehicle motors and certain wind turbine generators. Their magnetic properties allow manufacturers to develop compact and efficient equipment, although not every electric motor or wind turbine requires rare earth magnets.

What Is the Difference Between Rare Earth Concentrate and Refined Oxides?

Rare earth concentrate is a mineral product containing multiple elements that require further treatment. Refined rare earth oxides are chemically separated products that can be used in subsequent industrial processes, including metal and alloy production.

Can Africa Become a Major Rare Earth Supplier?

Africa has the geological resources and emerging projects needed to expand its contribution to international supplies. Its future position will depend on production performance, investment, processing infrastructure, environmental requirements, and the commercial development of individual deposits.

Africa’s Next Phase of Rare Earth Development

The development of new rare earth operations across Africa could gradually reshape the geographic distribution of mineral production.

Malawi's progress toward commercial output illustrates the opportunities emerging from the continent's geological resources, while developments in Angola, Tanzania, South Africa, and Uganda demonstrate the variety of approaches currently being explored.

Nevertheless, mineral extraction alone cannot establish a complete rare earth industry.

The central question for Africa's industrial future is whether its expanding mineral production can support the development of local processing, refining, and manufacturing activities.

Progress in these areas could strengthen the continent's participation in global supply chains and create additional economic opportunities linked to strategic minerals.