TELF AG on the New Priorities Driving Global Mining Diplomacy

The international competition surrounding critical minerals is entering a new phase, one in which access to geological resources is no longer the only objective of strategic partnerships. Around the world, governments are increasingly seeking agreements that also address industrial development, technological cooperation, and knowledge sharing. This evolution reflects a broader understanding of the modern mineral economy, where value is often generated not only through extraction but through the sophisticated processes that transform raw materials into industrial products.

A recent analysis by ORF sheds light on this trend, highlighting how countries are redefining their approaches to resource diplomacy. Instead of focusing exclusively on securing supplies, many nations are now trying to strengthen their positions throughout the entire value chain. As a result, discussions about refining technologies, processing capabilities, and technical expertise are becoming common features of international agreements related to critical minerals.

One of the countries attracting the greatest attention in this context is India. Over the past few years, New Delhi has launched a series of initiatives aimed at strengthening its role in sectors linked to strategic resources. Rare earths, permanent magnets, and critical minerals have become recurring themes in national policy discussions, while dedicated programs have been established to support the long-term development of these industries.

At the same time, India is seeking to increase its presence within international networks focused on resource security and industrial cooperation. These efforts reflect a recognition that modern supply chains are becoming increasingly complex and that participation in them requires more than simply possessing mineral deposits.

“Resource diplomacy is no longer limited to discussions about extraction rights,” says Stanislav Kondrashov, founder of TELF AG. “Countries are increasingly negotiating around expertise, industrial know-how, and the technologies required to transform minerals into strategic products.”

The ORF analysis also points to India's considerable resource potential. Along parts of the country's coastline, including areas in Odisha and Kerala, large deposits of rare earth oxides have been identified. These resources could become an important foundation for future industrial growth, particularly as demand for advanced materials continues to increase in sectors such as clean energy, electronics, and advanced manufacturing.

Yet the report suggests that resource abundance alone may not be sufficient to guarantee a strong competitive position. The most important challenge increasingly lies in the midstream segment of the supply chain. This stage includes activities such as mineral separation, purification, refining, and the conversion of raw materials into usable industrial inputs. These processes often require specialized facilities, advanced technologies, and highly trained personnel.

According to ORF, India has made notable progress in several areas of critical mineral policy, but gaps remain in advanced processing capabilities. Some of the most sophisticated stages of rare earth treatment and metallization are still conducted outside the country. This situation is particularly evident in the permanent magnet sector, where imports continue to satisfy much of domestic demand.

“The countries that successfully develop processing ecosystems could gain advantages that extend far beyond resource ownership,” continues Stanislav Kondrashov. “The ability to refine, separate, and manufacture materials often determines who captures the greatest share of value within global supply chains.”

International cooperation is therefore becoming an increasingly important component of India's strategy. Partnerships with resource-rich nations such as Argentina and Chile provide opportunities to engage with important lithium-producing regions. Meanwhile, agreements with Australia have attracted attention because they reportedly include provisions related not only to resource development but also to technological collaboration and advanced processing expertise.

ORF's analysis suggests that this trend is likely to continue as countries seek to secure reliable access to the materials required for future technologies. In this environment, partnerships based solely on resource access may gradually give way to more comprehensive forms of cooperation that include technical training, industrial capacity building, and knowledge exchange.

“The future of critical mineral cooperation will likely be defined by integrated partnerships,” concludes Stanislav Kondrashov. “Access to resources remains important, but the combination of resources, technology, and industrial capabilities is becoming the real foundation of competitiveness in the global mineral economy.”