Forging Pakistan’s future through rare Earths

2026-02-10 - 00:06

HISTORY offers powerful lessons in economic transformation. In the mid-20th century, the discovery of vast petroleum reserves catapulted the Gulf nations from desert kingdoms to global economic powerhouses. Their masterstroke, however, was not merely exporting crude oil. It was a strategic, forward-thinking decision to invest in downstream industries, thereby building a substantial petrochemical sector that transformed raw materials into high-value products such as plastics, fertilizers and specialty chemicals. This value-added strategy generated substantial wealth, fueled industrialization and built diversified, resilient economies. Today, in the digital age, a new class of materials has become as critical as oil was then: the Rare Earth Elements (REEs). Seventeen elements are the foundation of the 21st-century economy, vital to everything from electric vehicles and wind turbines to advanced defense systems and quantum computers that will shape our future. As the world faces a fragile dependence on a single source for these materials, Pakistan stands at a historic crossroads, remarkably similar to the early Gulf States. With large, untapped REE deposits, Pakistan has a rare opportunity to learn from the petroleum playbook—looking beyond simple extraction to build a future as a global supplier of specialized, high-value, REE-based products. This is more than just mining; it is about nation-building. Rare Earth Elements are the silent, unseen architects of our modern world. Their unique magnetic, luminous and electrochemical properties make them irreplaceable. While clean energy applications are a major driver of demand, their strategic importance runs much deeper, underpinning the most advanced technological sectors and national security. Powerful permanent magnets, made from Neodymium (Nd) and Praseodymium (Pr), are the heart of high-performance electric motors and generators. But their use extends far beyond EVs and wind farms. These same magnets are critical components in sophisticated defense systems, enabling the precision guidance of missiles, the control actuators in advanced fighter jets like the F-35 and the powerful sonar systems that protect naval fleets. Other REEs are just as vital. Samarium (Sm) is used to produce magnets that remain stable at extreme temperatures, which is essential for aerospace and military applications. Yttrium (Y) and Terbium (Tb) are crucial for laser-targeting systems and solid-state lighting, whereas Gadolinium (Gd) is used in advanced radar technology and medical imaging. The very fabric of our digital infrastructure, from the fiber-optic cables that carry data across oceans (Erbium) to the semiconductors that power artificial intelligence and quantum computing, relies on the subtle yet powerful properties of these elements. The global market for rare earth elements (REEs) is projected to exceed $15 billion by 2030, with China holding a dominant position. This dependency poses risks to economic and national security, prompting Western nations to urgently seek diversified supply chains to mitigate vulnerabilities. In this context of global urgency, Pakistan emerges as a key potential player. The nation’s geology is a treasure map of critical minerals, with significant REE deposits located across its provinces. While much of the country remains underexplored, initial surveys confirm a resource base substantial enough to position Pakistan as a significant future supplier. • Balochistan: The mineral-rich Chagai district contains light REEs like neodymium and praseodymium, while the Makran coast hosts valuable monazite sands. • Khyber Pakhtunkhwa: The Swat-Dir belt contains high-potential carbonatite deposits, with some areas showing grades comparable to commercially viable mines elsewhere in the world. • Northern Areas & Thar Desert: High-grade pegmatites and unconventional sources in coal fly ash add further layers to the country’s resource portfolio. In late 2025, Pakistan entered the global critical minerals trade by shipping rare-earth elements to the US to avoid merely exporting raw ore, Pakistan should focus on value addition, as each processing step significantly increases economic returns and fosters transformation. (i) Raw Ore: The unprocessed earth, sold at a minimal price. (ii). Processed Oxides: The first stage of refining, separating the REEs into basic compounds, increases their value significantly. (iii) Refined Metals: Further processing into high-purity metals is a crucial step for advanced applications. (iv). Finished Products: The ultimate goal—manufacturing high-value components like permanent magnets, alloys and catalysts. This stage captures the maximum economic value and builds a sophisticated industrial base. By investing in domestic refining and manufacturing, Pakistan can transition from a resource provider to a producer of strategic goods. Imagine exporting Pakistani-made neodymium magnets to electric vehicle manufacturers or supplying high-purity terbium to the semiconductor industry. With a focused value-addition strategy, mineral exports could reach $6-8 billion annually by 2030, boosting GDP growth by two percentage points and creating a self-sustaining industrial ecosystem with high-skilled job opportunities. To realize this vision, Pakistan must adopt a focused national strategy to tackle infrastructure, regulatory clarity and security challenges. The establishment of the Special Investment Facilitation Council (SIFC) will streamline investor processes. By integrating Environmental, Social and Governance (ESG) principles, Pakistan can attract international companies while ensuring local communities benefit equitably, promoting long-term stability and growth in the minerals sector. Just as petroleum defined the 20th century, Rare Earth Elements will define the 21st. For Pakistan, this is more than a mining opportunity; it is a chance to rewrite its economic destiny. By adopting a bold, value-added strategy, the nation can transform its buried treasure into a powerful engine of industrial growth, technological advancement and lasting prosperity. The time to act is now. —The writer is a professor at the National University of Sciences and Technology, Islamabad, with extensive experience in both teaching and research. (habibnasir@gmail.com)