As global competition for critical minerals increases, Kazakhstan has been promoting its rare earths internationally. The country’s broad vision is now being realized through a new Kazakhstan–South Korea partnership. The Kazakh-Korean Center for Rare Earth Metals Research will be jointly established by a consortium of Kazakhstani and Korean institutions serving as the project’s base. Announced on July 9, the center will become Kazakhstan’s first scientific and technological platform dedicated to developing, testing, and commercializing clean, high-purity, and ultra-high-purity rare-earth metal production.  

According to Satbayev University Rector Meiram Begentayev, the center will provide researchers with access to advanced analytical and processing equipment, support joint research with international partners, and train specialists for Kazakhstan’s growing rare earth industry. The initiative also builds on a $10 million, five-year Kazakhstan–South Korea supply chain cooperation agreement signed in 2024, showing that cooperation between the two countries is moving beyond resource extraction toward technology transfer and industrial development.  

The project aligns with Kazakhstan’s broader industrial policy. At the C5+1 Critical Minerals Dialogue in Astana on June 10, Minister of Industry and Construction Yersaiyn Nagaspayev stated that critical minerals remain one of the country’s long-term economic priorities. Kazakhstan possesses more than 9,500 mineral deposits, including over 100 deposits containing rare and rare earth metals, and can supply 19 of the 50 critical minerals designated by the United States and 21 of the European Union’s 34 critical raw materials. The country already produces several strategically important minerals, including beryllium, titanium, tantalum, niobium, rhenium, antimony, bismuth, selenium, and tellurium. 

For Kazakhstan, the research center represents more than a scientific partnership. It is part of a broader effort to move up the critical minerals value chain. While the country is rich in critical mineral resources, much of the highest economic value in global supply chains comes from refining, advanced processing, materials science, and manufacturing rather than extraction alone. By partnering with South Korea, one of the world’s leading producers of semiconductors, batteries, and advanced electronics, Kazakhstan gains access to research expertise, processing technologies, and industrial know-how that could help transform its mineral wealth into higher-value exports and strengthen its domestic industrial base.  

The partnership is equally important for South Korea. Approximately 80% of South Korea’s rare earth imports originate from China, leaving Korean manufacturers vulnerable to supply disruptions, export restrictions, and geopolitical tensions. As demand for critical minerals continues to grow across the electric vehicle, semiconductor, renewable energy, and defense sectors, diversifying supply chains has become a strategic priority for Seoul. Cooperation with Kazakhstan offers access to an alternative source of critical raw materials while reducing dependence on a single supplier.  

The significance of the project extends beyond Kazakhstan and South Korea. As competition over critical mineral supply chains increases, countries are seeking partnerships that combine resource availability with technological expertise. Rather than simply exporting raw materials, Kazakhstan is attempting to develop domestic capabilities in research, processing, and commercialization, allowing it to capture a greater share of the value created by the global energy transition. At the same time, South Korea secures a more resilient supply chain for industries central to its economic competitiveness.  

However, despite its abundant mineral resources, Kazakhstan has limited domestic capacity for refining, processing, and manufacturing rare earth products, meaning that much of the value generated from these resources is captured further downstream. During the EU–Kazakhstan Roundtable in Brussels in June 2026, President Tokayev announced that Kazakhstan is capable of supplying 21 of the 34 critical raw materials identified by the European Union and proposed establishing a Regional Research Center on Rare Earth Metals. Rather than focusing solely on expanding mining, the initiative reflects Kazakhstan’s broader ambition to strengthen domestic processing, research, and technological capabilities across the critical minerals value chain. 

The new Center for Rare Earth Metals Research will be jointly established by Satbayev University, the Korea Institute of Industrial Technology (KITECH), and the National Institute of Rare Metals of Korea (KORAM), with the Institute of Metallurgy and Ore Beneficiation in Almaty serving as the project’s base. Announced on July 9, the center will become Kazakhstan’s first scientific and technological platform dedicated to developing, testing, and commercializing clean, high-purity, and ultra-high-purity rare earth metal production. 

Ultimately, the Kazakhstan–South Korea research center initiative illustrates a broader shift in the global critical minerals race. Success is no longer determined solely by who possesses mineral reserves, but by who can refine, process, and integrate those resources into advanced manufacturing. For Kazakhstan, this partnership represents another step toward becoming not only a supplier of critical minerals but also a regional hub for research, processing, and technological innovation. More broadly, it reinforces Central Asia’s growing strategic importance as countries seek to diversify supply chains and reduce dependence on traditional sources of critical raw materials.