In April 2025, Beijing did something it had long threatened and everyone had long prepared for — except India. China placed export restrictions on seven rare earth elements and their derivative magnets, a direct response to escalating American tariffs. The move sent shockwaves through global supply chains. In India, the immediate casualty was the automotive sector: Indian manufacturers were forced to cut EV production targets within weeks of the announcement, starved of the neodymium and dysprosium that power electric motors.

The episode was clarifying in the most uncomfortable way. India is not a bystander in the rare earth story. It holds approximately 8.52 million tonnes of rare earth reserves — the third largest in the world, representing roughly 8% of known global deposits. Its coastal sands, stretching across Tamil Nadu, Kerala, Andhra Pradesh, Odisha, and five other states, contain 13.15 million tonnes of monazite, confirmed by the Atomic Minerals Directorate in January 2026. The geology is there. The strategic imperative is there. What is not there — not at scale, not yet — is the midstream capacity to convert those reserves into economic and strategic leverage.

This is India's rare earth paradox: extraordinary resource wealth, negligible industrial power.

The Geography of Dependence

Rare earth elements — a group of 17 metals that includes neodymium, dysprosium, lanthanum, cerium, and terbium — are the hidden infrastructure of the modern economy. They are not rare in the geological sense; they are dispersed throughout the earth's crust in concentrations that are simply difficult and expensive to extract and refine. What makes them strategic is the combination of their indispensability — there are no substitutes for rare earth permanent magnets in high-performance electric motors, no alternatives to terbium in certain defence electronics — and the extreme concentration of their processing in a single country.

China did not inherit this dominance. It built it over two deliberate decades of industrial policy, beginning in the 1990s when Deng Xiaoping's observation that 'the Middle East has oil; China has rare earths' became the organising logic of a sector-level strategy. Beijing subsidised mining, environmental compliance costs were externalised, and processing infrastructure was scaled nationally. By the time the rest of the world grasped what had happened, China controlled approximately 60% of global mining and 90% of global refining. The International Energy Agency projects that China's refining share will remain at 76% even by 2030 — meaning the dependency eases, but does not end, even in the most optimistic non-China build-out scenario.

India's position within this landscape is structurally anomalous. It sits on the third-largest reserves in the world but contributes less than 1% of global production. For decades, this was not accidental — it was policy. Rare earth deposits in India are found in monazite-rich coastal sands that also contain thorium, a radioactive element governed by the Atomic Energy Act of 1962. The regulatory architecture that controls thorium made rare earth mining a restricted, state-dominated activity, with Indian Rare Earths Limited (IREL) operating as the sole significant producer. REEs were treated as by-products of titanium and zirconium extraction, not as primary strategic resources.

The consequence: India built up no refining culture, no private sector expertise, and no downstream manufacturing ecosystem. When the world suddenly needed alternatives to Chinese rare earths, India had reserves but no capacity to offer.

The Processing Gap in Numbers

The gap between India's reserve position and its processing reality is best understood through the value chain. Mining — the extraction of rare earth ore — is the least sophisticated and least value-additive stage. Processing and separation, where mixed rare earth concentrate is separated into individual elements, is significantly more complex. Refining, where separated oxides are purified to battery or magnet grade, is more complex still. Downstream manufacturing — the production of rare earth permanent magnets, phosphors, and alloys — is where most of the value resides and where China's dominance is most decisive.

India currently operates at credible scale only at the mining and early processing stages. IREL's Monazite Processing Plant at OSCOM in Odisha, operational since 2015, processes approximately 10,000 metric tonnes of monazite annually, producing mixed rare earth chloride that is then refined at IREL's Rare Earth Division facility in Aluva, Kerala. The High Pure Rare Earths Plant at Aluva produces separated rare earth compounds — but at a scale that is a rounding error in global terms. Tellingly, the plant reduced production by 9% in FY2023-24, not because of supply constraints but because of insufficient downstream demand. India lacks the magnet manufacturers, alloy producers, and electronics fabricators that would consume refined rare earths.

This is the core of the problem. India does not have a refining gap that can be solved by building refineries. It has an ecosystem gap — the absence of an integrated value chain where mining feeds processing, processing feeds refining, refining feeds manufacturing, and manufacturing creates the demand signal that justifies investment at every upstream stage.

China built this ecosystem deliberately. India is trying to build it from near-zero, in competition with a country that has a 30-year head start, at a moment when geopolitical urgency is compressing the available time.

The Policy Response: Serious But Late

The Indian government's policy response to the rare earth challenge has accelerated markedly since 2024, and is more serious than its critics acknowledge. The National Critical Mineral Mission, launched in January 2025 with a seven-year budget of Rs 34,300 crore, is the most comprehensive mineral policy instrument India has deployed. The Union Budget 2026-27, presented by Finance Minister Nirmala Sitharaman, introduced dedicated REE corridors in four states — Andhra Pradesh, Kerala, Odisha, and Tamil Nadu — specifically designed to integrate IREL's existing facilities with new mining, processing, research, and manufacturing clusters.

The Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnets, approved in December 2025 with a financial outlay of Rs 72.8 billion, targets 6,000 metric tonnes per annum of integrated rare earth magnet production. This is significant: magnet manufacturing is precisely the downstream anchor that creates demand for domestic refining and incentivises investment upstream. Without an anchor like this, refineries build capacity that has no buyer.

In June 2025, in a significant policy reversal, India directed IREL to suspend a long-standing rare earth export agreement with Japan — effectively choosing to retain neodymium and other critical REEs for domestic use rather than continue as a raw material supplier to a foreign manufacturing base. The signal was strategic: India is no longer willing to be a resource exporter in a sector where it intends to build manufacturing depth.

Private sector entry is also materialising, slowly. Midwest Advanced Materials, backed by the Department of Science, is partnering with the TRAFALGAR Group to produce NdFeB magnets at an initial capacity of 500 tonnes per year by 2026, with a stated ambition of scaling to 5,000 tonnes by 2030. The Centre for Materials for Electronics Technology has signed a technology transfer agreement with Somal Magnets for rare earth magnet production.

The architecture of intent is in place. The question is whether execution will match the urgency of the moment.

The Thorium Constraint Nobody Wants to Name

Any serious analysis of India's rare earth capacity must confront the thorium problem. India's monazite deposits — the primary source of its REE reserves — contain thorium in concentrations that make them subject to the Atomic Energy Act and the oversight of the Department of Atomic Energy. Thorium is classified as a prescribed substance. This has two consequences that constrain India's rare earth ambitions in ways that no amount of industrial policy fully resolves.

First, private sector participation in monazite processing requires navigating the DAE's regulatory jurisdiction. The liberalisation of rare earth mining under MMDR amendments allows private players to mine certain REE deposits, but the thorium-bearing coastal sands — which contain India's largest and highest-grade reserves — remain effectively ring-fenced. Second, thorium's radioactivity creates genuine environmental and safety obligations in processing, adding costs and regulatory complexity that are absent in, for example, Australian or American REE operations.

India's nuclear energy lobby views thorium as an asset: India's reserves are the largest in the world, and thorium-based nuclear reactors are theoretically possible at scale. The rare earth sector views thorium as a complication that has historically suppressed commercial development. Both are right. The resolution — building processing capacity that manages thorium appropriately while unlocking the REE value of monazite at commercial scale — requires a level of regulatory-industrial coordination that India's institutional architecture has not yet demonstrated.

The Strategic Geometry: Where India Sits in the Global Race

India's rare earth challenge does not exist in isolation. It is part of a global scramble by Western and aligned powers to reduce dependence on Chinese processing, accelerated dramatically by Beijing's April 2025 export restrictions. The United States has invested more than $439 million since 2020 in domestic rare earth supply chains. Australia's Lynas Rare Earths — the world's largest non-Chinese rare earth supplier — has expanded its Mount Weld mine and is scaling a new processing facility in Kalgoorlie. The European Union has enacted the Critical Raw Materials Act. Japan has been building alternative supply relationships with multiple countries for a decade.

India's position in this landscape is theoretically advantageous and practically underperforming. It is a member of the US-led Minerals Security Partnership, a 23-partner coalition designed to build non-Chinese supply chains. It has signed MoUs with Australia, Argentina, Chile, and the Democratic Republic of Congo. The Australia-India Critical Minerals Investment Partnership specifically targets lithium, cobalt, and nickel, but the structural logic — Australian resources, Indian manufacturing — applies to rare earths as well.

The opportunity is real. India's e-motor demand is projected to grow at a compound annual growth rate of 36% through 2031, driven by EV penetration that S&P Global Mobility estimates will reach 17.3% of passenger vehicle production by that year. This demand is not hypothetical — it is a secure anchor market for domestic rare earth magnet production, if India can build the capacity in time to serve it domestically rather than continuing to source from China.

The competitive threat, however, is intensifying. Vietnam, South Korea, and Canada are all investing aggressively in rare earth processing. The window in which India can establish itself as a credible non-Chinese processing hub — before alternative capacity is built elsewhere and demand is locked into other supply chains — is not indefinitely open.

What India Must Do

The policy framework exists. What India needs now is execution at a pace and scale that matches the geopolitical moment. Three things are critical.

First, the downstream anchor must be built at speed. The magnet manufacturing schemes are the right call, but 500 tonnes per year by 2026 is insufficient to anchor a domestic REE processing industry. The December 2025 scheme targeting 6,000 tonnes is more credible — but execution timelines need monitoring. India should designate rare earth magnet manufacturing as a strategically critical sector with the same priority as semiconductor fabrication, with guaranteed offtake agreements, viability gap funding, and fast-tracked environmental clearances for manufacturing clusters.

Second, the HREE problem needs a dedicated strategy. India's reserves are predominantly light rare earth elements — lanthanum, cerium, praseodymium, neodymium. Heavy rare earths — dysprosium, terbium, holmium, erbium — which are critical for high-temperature magnet performance and defence applications, are scarcer in India's geological profile. A domestic HREE supply strategy requires overseas asset acquisition, not just domestic exploration. India should be aggressively acquiring stakes in HREE-rich deposits in Africa, Australia, and Central Asia — not waiting for MoUs to mature into supply relationships.

Third, the thorium regulatory bottleneck must be resolved by design rather than deferred indefinitely. A dedicated regulatory framework — separating thorium management obligations from REE processing permissions, with clear liability and compliance structures for private operators — would unlock private capital in a sector that currently views regulatory ambiguity as a dealbreaker.

India's rare earth story is not a story of geological misfortune. It is a story of institutional delay. The deposits were always there. The strategic importance has been clear since at least the early 2010s. The policy response — serious, funded, architecturally coherent — arrived a decade late and is now racing against a closing window.

The countries that will shape the post-China rare earth order are not necessarily those with the largest reserves. They are the ones that move fastest from reserves to refining to manufacturing. India has the first. It is still building the second. The third barely exists. That sequence needs to compress — significantly, and soon.

The Hind covers policy, power, and strategic affairs from India's perspective.