Toward Strategic Autonomy: India’s First Integrated REPM Scheme

Toward Strategic Autonomy: India’s First Integrated REPM Scheme

On November 28, 2025, the Union Cabinet approved the “Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnets (REPM)” with a financial outlay of ₹7,280 crore. It aims to establish a domestic production capacity of 6,000 Metric Tons per Annum (MTPA) of REPMs, addressing a gaping import dependence. The ambition is clear: cutting India’s reliance on foreign manufacturers in a supply chain dominated by China. But can this scheme deliver its lofty promise of strategic autonomy?

At the heart of this initiative is the critical role of Neodymium-Iron-Boron (NdFeB) and Samarium Cobalt (SmCo) magnets—key components in electric vehicles, advanced electronics, renewable energy technologies, and defence systems. With India currently importing its entire annual REPM requirement of 900 tonnes, and demand expected to double by 2030, the strategic rationale is undeniable. Yet, as laudable as this initiative might appear on paper, it faces significant structural, technical, and institutional hurdles.

The Institutional Framework: Depth, but Fragmented Execution

The REPM production scheme, as outlined, will be operational for seven years—two for gestation and five for incentive disbursement. Capacity is to be allocated among five beneficiaries via a global competitive bidding process, each manufacturer receiving up to 1,200 MTPA. The scheme aligns closely with initiatives like the National Critical Mineral Mission (NCMM), drawing from India's 6.9 million-tonne rare earth reserves concentrated in Andhra Pradesh, Odisha, and Rajasthan.

IREL (India) Limited under the Department of Atomic Energy (DAE) has already been modernizing processing facilities, and the Department itself is developing rare earth metal reduction and alloying technologies. These efforts, along with recent MoUs with Australia, the United States, and Japan under the Minerals Security Partnership (MSP), reflect an increasing focus on self-reliance and diversified supply chains.

However, the challenge lies in execution. While the Geological Survey of India (GSI) is tasked with conducting 1,200 exploration projects under NCMM by 2031, its track record on mineral mapping has been uneven. Moreover, the incentive-based model heavily relies on private sector capacity, raising questions about the effectiveness of the bidding process in attracting technologically advanced global firms.

Policy Ambitions Collide with Ground-Level Realities

The ₹7,280-crore outlay is significant, but it pales when compared to the capital intensiveness of REPM production. High-temperature furnaces, ultra-high vacuum sintering equipment, cryogenic milling units—these are not just expensive but also technologically demanding. China, which controls 85–90% of global production, has built decades of expertise and vertically integrated ecosystems. Replicating this in seven years would be audacious.

Technological capability is another hurdle. Institutions like BARC and ARCI have advanced some research into high-performance magnets and recyclable technologies. However, scaling this up for industrial purposes demands trained metallurgists, engineers, and world-class precision. The shortage of specialized talent in this area is glaring. Adding to the complexity is the environmental cost of rare earth processing—a known generator of radioactive thorium and heavy-metal-laden wastewater. Regulatory frameworks to address this specific challenge remain conspicuously underdeveloped.

China’s Lessons: How Monopoly Translates Into Leverage

The Chinese experience offers both a benchmark and a cautionary tale. Beijing’s dominance in REPM supply was not built on competitive bidding or fragmented missions. Instead, it was the result of state-controlled industrial policy starting in the 1980s. Subsidies were crucial, but so was significant early investment in rare-earth metallurgy research, production technologies, and environmental compliance systems. By systematically undercutting global prices for decades, China cornered the supply chain, making it politically and economically unviable for others to compete. India’s scheme, in contrast, remains piecemeal and dependent on private sector prowess.

The lesson here is starkly simple: without integrated state-backed industrial policy and significant funding for R&D, India will struggle to match China's entrenched advantage. It will be fighting a battle of margins while trying to scale.

The Risks of Strategic Dependence and Fragmentation

The reliance on imported REPMs—particularly from China—has implications beyond simple supply shortages. In 2021-22, global supply disruptions spiked REPM prices by 200–300%, underscoring how critical materials are readily weaponized in geopolitical contexts. By 2047, India’s EV mission alone is expected to demand up to 20,000 tonnes of REPMs annually, yet there is no clear roadmap for scaling domestic output to meet even a fraction of that.

Inter-ministerial coordination is another weak link. Schemes like the NCMM, overseen by the Ministry of Mines, must dovetail with DAE initiatives, the PLI framework for EVs, and environmental regulatory bodies. Institutional silos and overlapping jurisdictions, in the absence of robust project management frameworks, often result in duplication, delays, and inefficiency.

Finally, domestic manufacturers might remain uncompetitive even if domestic REPM plants become operational. Without export markets, economies of scale will be difficult to achieve. Competing with Chinese firms that already dominate global markets in volume and cost cannot be an afterthought.

What Success Looks Like—and What Remains Unresolved

For the scheme to succeed, several metrics must align. First, domestic rare earth extraction must scale substantially, with waste management fully integrated into production. Second, downstream industries—particularly in renewable energy and EVs—must develop parallel capacity to utilize these magnets domestically. Third, funding for R&D must go beyond incremental allocations and aim for disruptive productivity enhancements in advanced metallurgy.

Yet, critical questions persist. Can India realistically achieve significant strategic autonomy against China's entrenched lead? Will ₹7,280 crore suffice when technological investments alone could eat through this budget? And finally, how much risk are private players willing to bear in a still-nascent ecosystem?

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