By: Khushbu Ahlawat, Consulting Editor, GSDN
Introduction
The relationship between natural resources and global power has been a defining feature of international politics for over a century. During the twentieth century, oil emerged as the most critical strategic commodity, shaping the trajectory of global conflicts, alliances, and economic systems. From the oil crises of the 1970s to the geopolitical centrality of the Middle East, control over hydrocarbons determined the rise and fall of great powers. Scholars such as Daniel Yergin have extensively demonstrated how oil became the “lifeblood” of industrial economies and a central instrument of geopolitical strategy. However, the twenty-first century is witnessing a significant transformation as the global economy shifts toward decarbonization, digitalization, and technological innovation, thereby redefining the material foundations of power.
In this evolving landscape, critical minerals—including lithium, cobalt, nickel, and rare earth elements—have emerged as indispensable to the functioning of modern economies. These minerals are essential for renewable energy technologies, electric vehicles, battery storage systems, and advanced electronics, making them central to both economic growth and national security. The transition from fossil fuels to clean energy has not reduced resource dependency; rather, it has transformed it. As Vaclav Smil argues, energy transitions are inherently material-intensive, requiring vast quantities of new resources to sustain technological change. Consequently, the global demand for critical minerals has surged dramatically, creating new patterns of interdependence, competition, and vulnerability across nations.
This article examines how the shift from oil to critical minerals is reshaping global power structures in the twenty-first century. It analyzes the geopolitical implications of resource concentration, the emergence of geoeconomic competition, and the role of supply chains in determining strategic influence. Drawing on theoretical perspectives from realism, dependency theory, and geoeconomics, the article argues that critical minerals are not merely economic assets but instruments of power that are redefining international relations. By exploring recent global developments and policy responses, the study seeks to highlight the opportunities and challenges associated with this transition, particularly for emerging economies navigating an increasingly complex and competitive global order.
The Material Shift: From Hydrocarbons to Critical Minerals
The foundations of global power are undergoing a profound structural transformation as the world transitions from fossil fuel dependency to a mineral-intensive clean energy economy. Historically, oil functioned as the cornerstone of geopolitical influence, shaping alliances, conflicts, and economic systems across the twentieth century. However, the rapid expansion of renewable energy technologies, electric vehicles (EVs), and digital infrastructure has repositioned critical minerals—such as lithium, cobalt, nickel, and rare earth elements—as the new drivers of global power. According to the International Energy Agency (IEA), lithium demand alone grew by nearly 30% in 2024, while demand for cobalt, nickel, and rare earth elements increased steadily by 6–8% annually due to the accelerating adoption of clean energy technologies. This transition reflects what Hans Morgenthau conceptualized as the centrality of material capabilities in determining state power, although in the contemporary era these capabilities are increasingly defined by access to strategic minerals rather than hydrocarbons.
The scale and intensity of this transformation are further highlighted by projections that global demand for critical minerals could triple by 2030 and quadruple by 2040, driven by rapid electrification and the expansion of green energy systems. As Vaclav Smil argues, energy transitions are inherently material-intensive, requiring vast quantities of new resources to sustain technological change. This is evident in the electric vehicle sector, where batteries alone are expected to surpass 3 terawatt-hours in demand by 2030, significantly increasing reliance on mineral inputs compared to traditional internal combustion technologies. Consequently, the ongoing energy transition is not reducing global resource dependence but fundamentally transforming its nature—from fossil fuels to critical minerals—thereby redefining geopolitical dynamics and reshaping the material basis of global power.
Geopolitical Concentration and Structural Inequalities in Critical Mineral Supply Chains
A defining feature of critical minerals geopolitics is the extreme concentration of both resource endowments and processing capabilities in a limited number of countries. The Democratic Republic of the Congo accounts for approximately 70–76% of global cobalt production, while Indonesia dominates nickel output, and Australia and Chile lead lithium extraction. Even more consequential is the concentration of refining capacity, where China processes nearly 70% of the world’s critical minerals and leads in refining most strategic resources. This dual concentration of extraction and processing creates structural asymmetries in global supply chains, where control is not only about resource availability but also about technological and industrial capacity. As Raul Prebisch’s core–periphery framework suggests, resource-rich regions often remain confined to the role of raw material exporters, while advanced economies capture higher value through processing and manufacturing. This is evident in Africa, which holds a significant share of global mineral reserves yet captures only a limited portion of the value due to constraints in industrial infrastructure and technological capabilities.
The concept of asymmetric interdependence, developed by Albert Hirschman, further explains how such concentration translates into geopolitical leverage. States that control critical nodes in supply chains are able to exert disproportionate influence over more dependent economies, transforming economic relationships into instruments of power. This dynamic was clearly illustrated in 2025 when the Democratic Republic of the Congo imposed a temporary export ban on cobalt, triggering sharp price increases and exposing the vulnerability of global supply chains to localized disruptions. Such developments highlight that the geography of critical minerals is not merely a function of natural distribution but a structural determinant of global power relations. It reinforces hierarchies within the international system, deepens dependency patterns, and shapes the evolving political economy of the energy transition.
Geoeconomic Rivalry and the New Politics of Supply Chains
The growing strategic importance of critical minerals has intensified geoeconomic competition, particularly between United States and China. China’s dominance in refining and processing has positioned it at the core of global supply chains, enabling it to exercise significant influence over downstream industries such as electric vehicles, renewable energy, and advanced manufacturing. In response, the United States and its allies have accelerated efforts to diversify supply sources through domestic mining initiatives, critical mineral agreements, and partnerships with resource-rich countries in Africa, Latin America, and the Indo-Pacific. This evolving competition reflects a broader shift from traditional military-centric power to economic statecraft, where control over supply chains and industrial capacity becomes a key determinant of strategic influence. Edward Luttwak’s concept of geoeconomics provides a compelling framework for understanding this transition, as states increasingly deploy economic tools—such as export controls, subsidies, and investment screening—to achieve geopolitical objectives. Recent policy actions, including China’s restrictions on gallium and graphite exports and Western initiatives to secure alternative supply chains, illustrate how economic interdependence is being strategically recalibrated.
The dynamics of this competition are further illuminated by the theory of “weaponized interdependence,” developed by Henry Farrell and Abraham Newman, which explains how states leverage their control over critical nodes in global networks to exert coercive power. In the context of critical minerals, dominance over refining and processing capabilities enables certain states to influence market access and supply conditions, effectively transforming economic networks into instruments of geopolitical leverage. This has contributed to what can be described as an emerging “supply chain conflict,” where access to essential minerals is increasingly securitized. Market developments reinforce this trend, as evidenced by sharp increases in cobalt prices following supply restrictions and projections of potential supply deficits in the early 2030s due to surging demand. These patterns underscore the inherent fragility and volatility of global mineral supply chains, highlighting the urgent need for strategic planning, diversification, and resilience-building in an era where economic interdependence is both a source of cooperation and a site of geopolitical contestation.
Resource Nationalism, Technological Innovation, and the Future Trajectory of Global Power
The growing strategic importance of critical minerals has accelerated the resurgence of resource nationalism, as states increasingly seek to assert sovereign control over mineral resources and maximize domestic economic gains. Since 2018, the rapid expansion of export restrictions and regulatory interventions reflects a shift in perception—from minerals as commodities to strategic assets central to national security. This trend is clearly visible in recent developments, such as the 2025 decision by the Democratic Republic of the Congo to suspend and later restrict cobalt exports, which led to a global supply crunch and a dramatic 160% surge in cobalt prices. At the same time, China has expanded export controls on key minerals such as gallium, graphite, and germanium, reinforcing its strategic leverage in global supply chains and highlighting the increasing use of economic tools for geopolitical purposes. These developments underscore the relevance of Terry Lynn Karl’s resource curse thesis, as resource-rich regions continue to face governance challenges and socio-environmental risks. Contemporary reports of child labor and unsafe mining practices in cobalt extraction further illustrate the ethical dilemmas embedded within the energy transition, raising critical questions about whether the shift to green energy can be both sustainable and equitable.
Simultaneously, technological innovation is emerging as a key mechanism to mitigate supply risks and reduce geopolitical dependencies. Joseph Schumpeter’s theory of innovation highlights how technological change can disrupt existing structures, a trend evident in the growing adoption of alternative battery technologies such as lithium iron phosphate (LFP), which reduce reliance on scarce minerals like cobalt and nickel. In parallel, strategic collaborations are reshaping supply chains; for instance, the 2026 United States–Japan critical minerals partnership aims to diversify sourcing, enhance recycling, and counter supply concentration risks. Emerging economies such as India are also responding through policy interventions, including reforms to boost domestic production of minerals like graphite and zirconium to reduce dependence on external suppliers. However, as Samir Amin argues, the persistence of global structural inequalities means that developing countries risk remaining confined to extractive roles unless they invest in value addition and technological capabilities. Ultimately, the transition from oil to critical minerals represents not only a shift in resource dependence but a reconfiguration of global power itself—one characterized by heightened competition, technological adaptation, and the strategic politicization of natural resources.
Conclusion
The transition from oil to critical minerals marks a defining transformation in the material foundations of global power, signaling the emergence of a new geopolitical and geoeconomic order. Unlike the relatively centralized and institutionally structured oil economy of the twentieth century, the contemporary critical minerals landscape is characterized by fragmentation, asymmetry, and heightened competition. The concentration of extraction in regions such as the Democratic Republic of the Congo and processing dominance of China has created new forms of dependency that are reshaping global hierarchies. At the same time, major powers such as the United States are actively seeking to diversify supply chains and reduce strategic vulnerabilities, illustrating how access to critical minerals has become central to national security and economic resilience. These dynamics underscore that the energy transition is not merely an environmental or technological shift but a deeply political process that is redefining the contours of international relations.
At the heart of this transformation lies a fundamental paradox. While critical minerals are essential for achieving global climate goals and enabling a sustainable energy future, their extraction and distribution are embedded in unequal structures that risk reproducing historical patterns of exploitation and dependency. The persistence of resource nationalism, the volatility of supply chains, and the ethical challenges associated with mining practices highlight the complexities of this transition. Theoretical insights from scholars such as Hans Morgenthau, Raul Prebisch, and Samir Amin collectively reveal that control over material resources continues to shape power, inequality, and global order, even as the nature of those resources evolves. Simultaneously, innovation and strategic policy interventions offer pathways to mitigate risks, suggesting that the future of global power will be determined not only by resource endowments but also by technological capabilities and institutional choices.
Ultimately, the geopolitics of critical minerals compels a rethinking of how power is conceptualized and exercised in the twenty-first century. The shift from oil to lithium is not simply a substitution of one resource for another; it represents a broader reconfiguration of economic systems, political strategies, and global interdependencies. As nations compete to secure access, build resilient supply chains, and capture value within this emerging economy, the stakes extend far beyond resource control to encompass questions of equity, sustainability, and global governance. The future international order will increasingly be shaped by those who can effectively navigate this complex terrain—balancing competition with cooperation, and growth with justice. In this unfolding era, critical minerals are not just inputs for technology; they are the new currency of power, defining who leads, who follows, and how the global order itself is reimagined.
About the Author
Khushbu Ahlawat is a research analyst with a strong academic background in International Relations and Political Science. She has undertaken research projects at Jawaharlal Nehru University, contributing to analytical work on international and regional security issues. Alongside her research experience, she has professional exposure to Human Resources, with involvement in talent acquisition and organizational operations. She holds a Master’s degree in International Relations from Christ University, Bangalore, and a Bachelor’s degree in Political Science from the University of Delhi.
