The Coming War Over Critical Minerals
Zeeshan Ahmad
Islamabad: The global distribution of power has always been shaped by control over strategic resources. In the twentieth century, oil became the defining factor of industrial strength, military capability, and geopolitical influence, shaping alliances, rivalries, and entire global orders. Today, a similar transformation is underway.
As the world shifts toward clean energy systems, digital technologies, and advanced defence industries, a new class of resources is emerging at the centre of geopolitical competition: critical minerals.
Lithium, cobalt, nickel, graphite, and rare earth elements (REEs) are now essential inputs for batteries, semiconductors, renewable energy infrastructure, and precision-guided military systems.
Far from reducing resource dependence, the global energy transition is reshaping it, moving reliance away from fossil fuels and toward a new set of strategic materials embedded in modern technology.
This shift has elevated critical minerals from ordinary commodities to instruments of geopolitical power. The countries that control extraction, refining, and processing of these materials increasingly hold influence over global industrial supply chains.
As a result, competition over these resources is becoming one of the defining features of twenty-first-century geopolitics.
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Unlike oil, however, critical minerals are concentrated not only in terms of reserves but also in processing capacity. This creates a layered structure of dependency.
Many countries may possess raw deposits, but only a few control the midstream and downstream capabilities required to refine and integrate these materials into advanced manufacturing systems. This imbalance has turned supply chains into arenas of strategic vulnerability.
China has emerged as the most dominant player in this landscape. Over the past two decades, it has invested heavily in mining operations, refining capacity, and processing infrastructure both domestically and abroad.
While it does not necessarily hold the largest reserves of every critical mineral, its control over processing and manufacturing stages gives Beijing significant leverage in global supply chains.
This dominance has already translated into geopolitical action. In recent years, China has imposed export restrictions on key materials such as gallium and germanium, both essential for semiconductor production.
These measures, taken amid rising technological tensions with the United States, have highlighted how critical minerals can be used as tools of economic statecraft. They also underscore the fragility of global supply chains in an era of strategic competition.
In response, the United States and its partners have begun actively seeking to diversify supply chains and reduce dependence on concentrated sources. Initiatives include strategic mineral partnerships, domestic subsidies for extraction and processing, and investments in alternative supply routes.
What was once a largely market-driven sector has now become central to national security and industrial policy planning.
This evolving competition has expanded beyond traditional great powers. Africa is rich in cobalt, manganese, and rare earth elements, while Latin America, particularly the Lithium Triangle of Argentina, Bolivia, and Chile, holds some of the world’s largest lithium reserves.
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These regions are increasingly becoming focal points of global investment, diplomacy, and strategic engagement as major powers seek to secure long-term access to essential inputs.
For developing countries, this new resource competition presents both opportunity and risk. On one hand, foreign investment in mineral-rich regions can drive infrastructure development, job creation, and economic growth.
On the other, history shows that resource abundance does not automatically translate into sustainable development. Weak governance, corruption, and environmental mismanagement can prevent countries from fully benefiting from their natural wealth.
As a result, strong regulatory frameworks and transparent governance systems are essential if resource wealth is to contribute to inclusive and long-term development rather than extractive dependency.
At the same time, the geopolitics of critical minerals is deeply entangled with environmental concerns. While these materials are essential for the global energy transition, their extraction and processing can have significant ecological consequences, including deforestation, water depletion, pollution, and biodiversity loss.
This creates a fundamental tension between sustainability goals and the material demands of green and digital technologies.
Consequently, there is growing emphasis on sustainable mining practices and responsible supply chain governance. The challenge lies in balancing urgent climate objectives with environmental protection at the local level, particularly in resource-rich developing regions.
Looking ahead, critical minerals are likely to assume a role in international relations comparable to that of oil in the twentieth century. Although large-scale military conflict over these resources remains unlikely, states are already deploying a wide range of tools, including export controls, investment screening, industrial policy, and diplomatic alliances, to secure access to strategic supply chains.
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This competition also highlights the rising importance of resource-rich developing regions in global politics. Their role is no longer peripheral but central to the future of industrial and technological power.
For countries like Pakistan, this shifting landscape presents both strategic opportunity and structural challenge. Participation in global critical mineral supply chains could open pathways to economic diversification, foreign investment, and integration into emerging industrial networks.
However, realising these benefits will require long-term planning, institutional capacity, and strong governance frameworks capable of managing resource wealth effectively.
Ultimately, the geopolitics of critical minerals represents more than an industrial transition. It signals a deeper transformation in the global balance of power.
These materials are becoming the foundation of technological leadership, economic competitiveness, and strategic influence in the twenty-first century, much as oil defined the previous century.
States that successfully build resilient supply chains and technological capabilities will shape the emerging global order. Those that fail to adapt risk growing dependence in an increasingly resource-contested world.
In this environment, international cooperation and effective multilateral governance will be essential to ensuring stability, fairness, and sustainability in the decades ahead.
The author is pursuing an MPhil at the Department of Defence and Strategic Studies, Quaid-i-Azam University, Islamabad. He can be reached at: ahmadshn542@gmail.com
The article is the writer’s opinion, it may or may not adhere to the organization’s editorial policy.
