Pakistan’s untapped mineral potential

Across the world, rare earth minerals have become a central topic of discussion, influencing global politics, technological development, and long-term economic strategies. These minerals, once rarely mentioned beyond scientific circles, are now at the heart of modern innovation. Their increasing global demand, limited availability, and strategic significance have pushed countries into quiet yet intense competition.

Major global powers such as the United States and China, along with several developing nations, are all racing to secure reliable access to these resources because the future of energy systems, defence capabilities, and advanced manufacturing depends heavily on them.

Rare earth minerals refer to seventeen chemical elements that have become essential for modern technology. While these elements are not particularly rare in the Earth’s crust, they are often not found in concentrations that make extraction easy or economically viable. This makes them both valuable and strategically important. These minerals are used in almost every modern device we rely on, including smartphones, LED lights, flat-screen TVs, laptops, digital cameras, wind turbines, hybrid vehicles, electric car batteries, and solar panels. They are also crucial for heat-resistant ceramics, powerful magnets, specialized lenses, and advanced optical materials that support industries across the world.

The importance of these minerals becomes even more apparent when we consider their role in defence technologies. Minerals such as neodymium, praseodymium, and terbium are key to the function of jet engines, submarine systems, precision-guided missiles, advanced radar equipment, and night-vision devices. These minerals help shape the technological superiority of modern militaries. In healthcare, rare earth elements are equally indispensable, playing a role in MRI machines, diagnostic imaging systems, and surgical lasers that require precision and stability in medical environments.

This high degree of dependence on rare earth minerals has created a global imbalance in supply. China dominates the industry, from extraction to refining, and supplies most of the world’s demand. Europe imports nearly all of its rare earth minerals from China, while countries like the United States are working to rebuild their own supply chains to reduce their dependence on a single source. As global competition heats up, rare earth minerals have quietly become a strategic asset that can influence economic, diplomatic, and technological decisions.

Against this global backdrop, Pakistan’s geological potential stands out. Regions such as the northern areas, Azad Kashmir, Khyber Pakhtunkhwa, and Balochistan are believed to contain significant deposits of rare earth minerals. Elements like cerium, lanthanum, neodymium, and praseodymium have been detected in these regions. These minerals are central to renewable energy technologies, electric mobility, defence manufacturing, and high-tech industries. Despite the promise these resources hold, however, most of Pakistan’s deposits remain unexplored or undeveloped.

However, as Pakistan moves forward in tapping into its mineral potential, it must remain aware of the lessons learned from Africa’s experience with its mineral-rich countries. Africa holds nearly a third of the world’s critical minerals, yet many of its nations continue to face poverty, instability, and weak institutions. The key challenge is not simply discovering resources, but managing them responsibly.

Poor governance, corruption, and foreign exploitation have turned mineral wealth into a source of conflict and instability rather than progress in many African countries. Pakistan, with its more stable governance and centralized administrative structure, has the opportunity to avoid these pitfalls. To do so, the country must focus on building strong, transparent institutions that manage mineral wealth fairly and ensure that benefits are equitably distributed.

Mineral-rich regions, like Balochistan, should see direct benefits from mining activities through investments in infrastructure, education, and healthcare. Without these, local resentment and provincial tensions could arise, undermining the potential benefits. Moreover, Pakistan must prioritize environmental protection and ensure that mining practices are sustainable, preventing long-term damage to the land. If Pakistan invests in modern extraction technologies, transparent regulations, and local processing capabilities, it could generate higher-value exports, create jobs, and encourage innovation. This would ensure that the country’s mineral wealth becomes a driving force for national growth, rather than a source of conflict or instability.

Global interest in Pakistan’s rare earth minerals, especially those vital for modern technologies, presents a significant opportunity. However, without careful planning and strategic development, mineral extraction could create uneven benefits, exacerbate provincial tensions, or lead to short-term contracts that provide little long-term value. The country’s decisions in the early stages will shape the future of its mining industry.

To succeed, Pakistan must build strong institutions, ensure transparency in contracts, and guarantee that mineral-rich regions benefit directly from mining activities. Environmental protection must be a core part of the strategy, with modern standards for land restoration, safety, and community consultation. Foreign partnerships should be based on long-term national interests, with an emphasis on value addition, technology transfer, and local processing. This approach would not only create jobs but also support the country’s development in a sustainable way.

The experience of African nations shows how easily mineral wealth can turn into a liability when governance fails. Pakistan has the opportunity to make different choices.

With transparent policies, responsible partnerships, and inclusive development, the country’s mineral resources can drive long-term growth and prosperity.

Copyright Business Recorder, 2025