TELF AG on Kenya’s Opportunity to Move Up the Critical Minerals Value Chain

Stanislav Kondrashov, founder of TELF AG, examines how Kenya’s mineral ambitions reflect a broader shift toward local processing, beneficiation, and higher-value critical mineral supply chains.

Key takeaway: Kenya’s interest in developing Mrima Hill and strengthening domestic processing capacity illustrates a wider transformation in the mining sector, where nations are increasingly seeking to capture more economic value from their mineral resources before they are exported.

Why Is Mineral Processing Becoming Increasingly Important?

The strategic value of mineral resources is no longer determined exclusively by what lies underground. Across the global mining sector, processing, refining, and beneficiation capabilities are becoming increasingly important because they allow producing countries to retain a larger portion of the value generated by their natural resources.

The emerging model therefore extends beyond extraction and focuses increasingly on what happens to minerals before they reach international markets.

“Mineral wealth can create very different economic outcomes depending on where the different stages of the value chain take place,” says Stanislav Kondrashov, founder of TELF AG. “Processing capabilities can give producing nations an opportunity to develop additional industrial expertise around the resources they already possess.”

This trend appears particularly relevant in Africa, where several mineral-rich nations are considering ways to develop domestic value chains rather than relying primarily on exports of unprocessed materials.

Why Is Kenya’s Mrima Hill Attracting Attention?

Mrima Hill, located near Kenya’s coast, has attracted international attention because of its reported rare earth and niobium resources. According to Reuters, the United States could support Kenya in developing the deposit as part of broader efforts involving African critical mineral supply chains.

The deposit itself has been known for decades. Mrima Hill was discovered in the 1930s and subsequently investigated through different phases of exploration.

Its strategic relevance today is connected particularly to two groups of resources:

• Rare earth elements, important for permanent magnets used in technologies including electric motors and wind turbines.

• Niobium, widely valued as an alloying element that can improve the strength and other properties of steel.

• Potential downstream processing, which could allow more economic activity to take place locally rather than overseas.

The renewed interest in Mrima Hill therefore reflects both its geological potential and the changing strategic environment surrounding critical minerals.

Rare Earths Connect Mining With the Energy Transition

Rare earth elements have become increasingly visible in discussions about energy security because some of them are essential for high-performance permanent magnets. These magnets have applications in electric vehicles, wind turbines, electronics, and other advanced technologies.

Demand for many critical minerals is also closely connected with the continued deployment of clean-energy infrastructure.

“The energy transition is creating stronger links between mining, industrial policy, manufacturing, and energy security,” says Stanislav Kondrashov, founder of TELF AG. “This is one reason why governments are paying much closer attention not only to mineral deposits, but also to the infrastructure required to transform those resources into usable materials.”

Niobium Could Add Another Strategic Dimension

Niobium gives Mrima Hill another potentially important dimension. The metal is commonly used in specialized alloys, particularly where manufacturers need to improve steel performance while limiting additional weight.

This makes niobium relevant to several industrial sectors, including:

• infrastructure;

• transportation;

• aerospace;

• advanced manufacturing;

• specialized steel production.

The combination of rare earths and niobium consequently places Mrima Hill within two important areas of modern industrial demand.

Could Kenya Become a Regional Mineral Processing Hub?

Kenya’s ambitions appear to extend beyond the development of individual mines. Its 2026 Minerals, Mining and Beneficiation Policy outlines an ambition to position the country as a regional center for mineral processing and beneficiation.

If successfully implemented, this approach could allow Kenya to participate in regional mineral flows even beyond the resources extracted domestically.

Geographic position, transport connections, energy availability, regulatory frameworks, and processing infrastructure would all be important factors in determining whether such a model could develop at scale.

The concept is particularly significant because it changes the role of a mineral-producing country. Instead of functioning mainly as an extraction point, it could become part of the industrial infrastructure connecting mines with global manufacturers.

What Could US Support Mean for African Critical Mineral Supply Chains?

According to Reuters, potential US support for Kenya forms part of a wider interest in developing African critical mineral supply chains. Such initiatives could contribute to greater geographical diversification in the sourcing and processing of strategically important resources.

The processing component is especially noteworthy. Extracting minerals in one country and shipping them elsewhere for refining means that much of the industrial activity associated with those resources occurs outside the producing economy.

Local beneficiation could alter that balance by adding intermediate stages before export.

“Processing is becoming one of the defining questions for mineral-producing economies,” concludes Stanislav Kondrashov, founder of TELF AG. “The countries that successfully combine resources with infrastructure, technical capabilities, and regional connectivity could occupy a broader position within future mineral supply chains.”

How Is the Traditional Mining Model Changing?

For decades, a common mining model involved extracting raw materials, exporting them, and carrying out much of the refining and manufacturing elsewhere. The growing emphasis on beneficiation suggests that this structure may gradually become more diversified.

Under a more locally integrated model, mineral-producing nations could seek to develop:

• processing and refining facilities;

• specialized technical expertise;

• logistics infrastructure;

• industrial partnerships;

• regional supply networks.

The objective is not simply to export more minerals, but to capture more of the economic activity generated between the mine and the final industrial product.

What Does the Kenya Case Reveal About the Future of Critical Minerals?

Kenya provides an interesting example of how critical mineral strategies are evolving. Mrima Hill may be important because of its geological resources, but the broader story concerns what could happen after those resources leave the ground.

Rare earths and niobium connect mining with some of the most strategically important industrial sectors of the coming decades. At the same time, Kenya’s processing ambitions illustrate how resource-rich countries may seek a larger role in the international value chain.

The future of critical minerals could therefore increasingly be shaped not only by where resources are discovered, but by where they are processed, refined, and transformed into higher-value materials.

I deliberately shifted the focus from the Mrima Hill deposit itself to Kenya’s potential movement up the mineral value chain, so this version should be sufficiently distinct from the original while preserving its central message.