MINEX Forum

Tag: green resource curse

  • Podcast: Escaping the Green Resource Curse in Central Asia

    Podcast: Escaping the Green Resource Curse in Central Asia

    A MINEX Forum Production: Escaping the Green Resource Curse in Central Asia

    Welcome to this special deep-dive podcast episode, brought to you by the MINEX Forum. This episode is based on the groundbreaking research article, “Central Asia as New Battle Grounds: Critical Mineral Strategies of Kazakhstan and Uzbekistan,” authored by Younkyoo Kim, Lyailya Ivatova, Sujin Kang, and Yerden Ordabek.

    Whether you are driving an electric vehicle in Europe, using a smartphone in the USA, installing solar panels in Australia, or relying on advanced semiconductors in South Korea, your daily life depends on an invisible, highly concentrated global supply chain. This introductory long-read breaks down the complex science and geopolitics of critical minerals, revealing why the true battleground for the future of green technology isn’t in the mines—it’s in the midstream.

    The “Hourglass” Supply Chain and the Green Resource Curse

    As the world accelerates its transition away from fossil fuels, the demand for critical minerals like lithium, cobalt, nickel, and rare earth elements is skyrocketing. However, a severe structural imbalance threatens the stability of this green revolution.
    While the extraction of these minerals happens all over the globe, the capability to refine and process them is heavily monopolized. The global supply chain resembles an “hourglass,” where raw materials from dozens of countries flow into a tiny number of refining bottlenecks—predominantly in China, which controls 85% to 90% of the processing capacity for key elements like rare earths, lithium, and cobalt.

    For resource-rich developing nations, this creates a dangerous trap known as the “green resource curse”
    . Just as oil and gas historically led to corruption, economic volatility, and environmental damage in some nations, the rush for green minerals risks repeating the cycle
    . Developing countries bear the heavy environmental and social burdens of mining, only to export low-value raw ores
    . They are entirely excluded from the lucrative “midstream” stages—smelting, refining, and chemical separation—meaning they must ultimately buy back expensive, finished green technologies manufactured elsewhere.

    The New Battlegrounds: Kazakhstan and Uzbekistan
    Central Asia has emerged as a crucial “third zone” capable of disrupting these bottlenecks and offering a more secure supply chain to the world. But Kazakhstan and Uzbekistan are no longer content to simply dig dirt out of the ground; they are fighting for “midstream sovereignty” to capture the actual value of their natural resources.
    Kazakhstan’s “New Oil” Kazakhstan, already a dominant force in global uranium production, is treating its vast rare earth element deposits as its “new oil”. The country holds massive potential, such as the Kuirektykol deposit which holds an estimated 28.2 million tons of rare earths. However, separating rare earth elements into high-purity industrial materials requires incredibly complex precision technology. To bridge this technological gap, Kazakhstan is rapidly attracting Chinese capital—recently launching a $300 million tungsten processing plant—while simultaneously courting Western nations and South Korea to avoid becoming entirely dependent on Beijing’s vertically integrated supply chains. Uzbekistan’s $2.6 Billion Masterplan Uzbekistan is taking a highly centralized, state-driven approach. The government has consolidated its critical mineral assets under a new entity, the Uzbekistan Technological Metals Complex (UzTMK), and launched a massive $2.6 billion investment program covering 76 different projects. Remarkably, Uzbekistan is also building its own domestic electric vehicle manufacturing base, partnering with companies like BYD to ensure that the minerals they extract can be used in factories right at home. To make its products attractive to strict Western markets, Uzbekistan is pioneering eco-friendly processing methods, such as a closed-loop system for molybdenum that slashes chemical emissions.

    A New Model for Partnership
    As Central Asia attempts to climb the value chain, it faces competing models of global partnership. The Chinese Model offers incredibly fast infrastructure development and capital, but threatens to lock Central Asian processing into China’s broader monopolies, stifling domestic technological independence. The Western Model (US & EU) focuses heavily on environmental, social, and governance (ESG) compliance and supply chain transparency. However, Western initiatives often emphasize financial de-risking over the actual transfer of the complex refining technologies these nations desperately need.

    This gap has created an opening for an alternative approach, championed by middle powers like South Korea. Because South Korea is highly reliant on mineral imports (procuring over 82% of key battery minerals from China), it is highly motivated to help Central Asia succeed. Rather than just providing cash or demanding regulatory compliance, South Korea is utilizing a “Process-Embedded Industrial Partnership Model”. Through initiatives like the Uzbek-Korea Rare Metals Center, South Korea is actively transferring laboratory skills, high-purity separation techniques, and process engineering knowledge directly to the local workforce.

    Why This Matters to You
    The fight for midstream processing in Central Asia is not just a regional economic issue; it is the linchpin of global clean energy security. Escaping the green resource curse is the only way these nations can achieve sustainable industrialization, and diversifying the refining bottlenecks is the only way everyday consumers can rely on a stable, affordable supply of electric vehicles and renewable energy in the decades to come. Hit play on the podcast to listen to our hosts dive deeper into the strategies, the science, and the high-stakes geopolitical chess game defining the future of the global energy transition.

  • Central Asia Can Escape the “Green Resource Curse” — But Only If It Masters Midstream Processing, Not Just Mining

    Central Asia Can Escape the “Green Resource Curse” — But Only If It Masters Midstream Processing, Not Just Mining

    The global energy transition is creating a new form of resource dependency risk for mineral-rich developing countries — one that mirrors the classic extractive trap of the 20th century but operates under a green technological banner. A detailed comparative analysis of Kazakhstan and Uzbekistan argues that unless these countries can move beyond raw material extraction into the refining, smelting and separation stages of the critical minerals value chain, they risk becoming peripheral suppliers to a decarbonised global economy rather than industrial beneficiaries of it.

    The paper’s central concept is the “green resource curse” — an extension of classic resource curse theory to the minerals powering electric vehicles, wind turbines and solar panels. While mining for lithium, cobalt, rare earth elements and battery metals is geographically dispersed across multiple continents, processing and refining capacity is extraordinarily concentrated. Between 60% and 90% of refining capacity for most key transition minerals sits in a single country or region — primarily China — creating what the authors describe as an hourglass-shaped supply chain in which global resource flows converge at a handful of strategic bottlenecks. Resource-rich countries bear the environmental costs of extraction while remaining excluded from the high-value industrial segments where technological learning and economic returns accumulate.

    Kazakhstan and Uzbekistan represent the most instructive cases in the emerging “third zone” of critical minerals geopolitics — countries with broad mineral portfolios and growing state-led industrial strategies that are simultaneously being courted by China, the United States, the EU, Japan and South Korea. Kazakhstan holds the world’s third-largest rare earth reserves, produces 19 of the EU’s 34 critical raw materials, and is the world’s largest uranium producer. Uzbekistan holds significant reserves of tungsten, lithium, copper and rare earths, and has launched a $2.6 billion three-year investment programme across 76 mineral projects.

    Yet both face the same structural bottleneck: the midstream. Kazakhstan’s SARECO joint venture — established between Kazatomprom and Japan’s Sumitomo to produce rare earth oxides at Stepnogorsk — has struggled to move beyond mixed rare earth extraction due to the precision demands of individual element separation. The technological difficulty of high-purity rare earth refining, particularly for heavy rare earth elements essential to permanent magnets, exceeds what can be resolved through capital investment alone. A significant share of Kazakhstan’s rare earth ores continues to be exported for processing abroad, primarily to China, which controls approximately 90% of global rare earth processing capacity.

    China’s investment model — illustrated by the $300 million tungsten processing plant led by Chinese capital in Almaty Province — offers speed and scale but carries the risk of integrating Central Asian industrial capacity into Chinese supply chain networks rather than building domestic technological sovereignty. As Western regulatory frameworks including the US Inflation Reduction Act and the EU Critical Raw Materials Act increasingly scrutinise supply chain origin and ownership, Central Asian projects deeply embedded in Chinese capital may face market access constraints that negate the industrial gains achieved.

    Western engagement offers regulatory alignment and ESG compliance but, the analysis argues, insufficiently addresses the technological dimension of midstream sovereignty. Financial de-risking mechanisms do not automatically generate domestic process engineering capability or separation expertise.

    South Korea emerges as offering a potentially distinctive model — what the paper terms a “process-embedded industrial partnership.” Unlike capital-dominant Chinese integration or compliance-driven Western frameworks, the Korean approach emphasises the transfer of operational know-how, pilot plant design, high-purity separation techniques and workforce training alongside physical investment. The Uzbekistan-Korea Rare Metals Centre, combining geological analysis with separation technology design and applied research collaboration, exemplifies this model. Japan, meanwhile, has pledged ¥3 trillion ($19 billion) in Central Asian business investment over five years and brings what the paper describes as “technological depth and long-term institutional strength.”

    The paper identifies four conditions that must be met to escape the green resource curse: internalising midstream processing and separation technologies that generate learning effects; reducing the carbon intensity of refining to preserve access to emerging carbon border adjustment regimes; diversifying external partnerships to avoid single-bloc dependency; and sustaining institutional learning through workforce development and domestic research capacity. Where these conditions are absent, mineral wealth risks reproducing volatility, dependency and unequal value capture — even within a decarbonised economy.