While Europe faces growing challenges in securing critical raw materials, the Central Asian region has become key to the European Union's strategy to diversify its supply chains and reduce dependence on China. For decades, China has dominated the global market for rare earths and other important minerals, creating vulnerabilities for European industry, especially in high-tech sectors such as microchip manufacturing and renewable energy technologies. According to the European Electronics Manufacturers Association, in 2025, the European Union imported about 98% of its rare earths from China.
This over-reliance poses significant risks to Europe's technological sovereignty and economic security. The situation came into the spotlight after China unexpectedly imposed new export restrictions on rare earths on October 9, 2025. These measures, which are still in effect as of the end of 2026, have exacerbated tensions in global supply markets and put Europe in a position where source diversification has become an urgent task.
Currently, Central Asia is becoming increasingly well-known as a promising alternative supplier of crucial minerals with significant reserves that could support Europe's quest for technological independence. The US Geological Survey's 2024 report estimates the reserves of rare earth metals in Central Asia at about 1.2 million tons. Countries such as Kazakhstan and Uzbekistan also have significant reserves of lithium, cobalt, nickel, copper and other minerals necessary for modern technologies and the transition to a "green economy".
According to a 2026 OECD report, the region holds 39% of global manganese ore reserves, 31% of chromium, 20% of lead, 13% of zinc, 9% of titanium, 5% of copper and 5% of cobalt reserves. Kazakhstan has an established mining industry and can potentially supply 21 of the 34 critical raw materials included on the EU's list. Uzbekistan, meanwhile, has the world's eleventh-largest copper reserves and is developing production of lithium and molybdenum.
It should be noted that critical minerals are essential to a wide range of industries, from electric vehicle manufacturing and renewable energy to electronics, aerospace and defence. Lithium, graphite, copper, tungsten and rare earth elements are among the materials needed to manufacture batteries, wind turbines, semiconductors and other advanced technologies. Taken together, these factors help explain why European interest in the region is growing.
Copper is indispensable to electricity networks, electric vehicles and renewable energy infrastructure. Lithium and cobalt are used in battery production, while nickel has applications in batteries and stainless steel. Chromium and manganese are important for steelmaking and other industrial processes.
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