Rare-earth magnet scheme targets 6,000 MTPA capacity

A Cabinet-approved incentive scheme to build India's domestic sintered rare-earth permanent magnet manufacturing — closing the midstream gap between abundant ore and finished magnets.

What happened

• The Ministry of Earth Sciences, answering a Rajya Sabha question, set out the country's rare-earth element (REE) resource base and the steps being taken to build a domestic rare-earth permanent magnet (REPM) industry.
• The reply confirmed that the Union Cabinet approved the Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnet on 26 November 2025, with the scheme notified on 15 December 2025.
• The scheme carries an outlay of ₹7,280 crore and aims to create 6,000 metric tonnes per annum (MTPA) of sintered REPM manufacturing capacity.
• The reply distinguished India's two positions clearly: the country is self-sufficient in rare-earth minerals but remains import-dependent for rare-earth magnets — the gap sits in the midstream, not the mine.
• It was placed on record by Dr. Jitendra Singh (Minister, Earth Sciences) and cited the Atomic Minerals Directorate's resource estimates and the Department of Atomic Energy's existing magnet plant at Visakhapatnam.

Background & context

Rare-earth elements are a group of seventeen metals — the fifteen lanthanides plus scandium and yttrium — that are individually not as scarce as the name suggests, but rarely occur in concentrated, easily-mined deposits. A small subset of them, principally neodymium, praseodymium, dysprosium and terbium, are the active ingredients of high-strength permanent magnets. When these elements are alloyed (most commonly as neodymium-iron-boron, NdFeB) and processed into sintered magnets — powder compacted and heat-fused below the melting point — they yield the strongest permanent magnets available, the components that let an electric-vehicle traction motor or a wind-turbine generator be small, light and efficient. This is why the magnet, rather than the raw ore, is the strategic chokepoint.

India's difficulty is not a shortage of the element. The Atomic Minerals Directorate for Exploration and Research (AMD), a unit under the Department of Atomic Energy, has established roughly 7.23 million tonnes of in-situ Total Rare Earth Oxide equivalent (TREO Eq.) contained in about 13.15 million tonnes of monazite — a phosphate mineral that carries both rare earths and thorium — found in the teri sands, beach sands and inland alluvium of eight States: Andhra Pradesh, Odisha, Tamil Nadu, Kerala, West Bengal, Jharkhand, Gujarat and Maharashtra. A further 1.29 million tonnes of in-situ resource sits in hard-rock terrains of Gujarat and Rajasthan. On paper, the country is comfortably endowed.

The constraints are downstream and on-the-ground. The reply identified the binding problems: the rare-earth grade in Indian monazite is lean (about 0.056%–0.058%), and because monazite carries thorium it is bound up with radioactivity, which subjects mining and processing to atomic-energy controls. Coastal Regulation Zone, forest and habitation restrictions further limit access to the beach-sand deposits where much of the resource lies. Above all, India has limited midstream industry — the separation, metal-making, alloying and magnet-fabrication steps that turn a mixed oxide concentrate into a finished, magnetised component. Globally that midstream is heavily concentrated in a handful of producers, leaving import-dependent economies exposed to supply and export-control shocks. The 2025 scheme is the policy answer to that single weak link.

It also fits a wider policy lineage. Rare earths feature on India's list of critical and strategic minerals, and the government has moved on several fronts to secure them: the public-sector miner IREL (India) Limited under the Department of Atomic Energy has long handled beach-sand minerals and monazite processing; the National Critical Mineral Mission set the broader frame for securing such inputs; and a state-backed joint venture, KABIL (Khanij Bidesh India Limited), was created to acquire mineral assets abroad. The REPM scheme is the manufacturing-end complement to those upstream efforts — where the others secure or mine the raw material, this one underwrites the factory that turns it into a usable magnet. Reading them together explains why a single Parliament reply moves from resource estimates straight to a manufacturing incentive: the policy gap was never the rock in the ground, it was the line that magnetises it.

How it compares

Set against a Production-Linked Incentive (PLI) scheme — the model India has used for semiconductors, electronics, pharmaceuticals and solar modules — the REPM scheme shares the logic of paying for output but adds a second arm. A pure PLI disburses incentives only on incremental sales, which suits industries where plants already exist and the aim is to scale. Magnet-making in India is closer to a standing start, so the scheme pairs a capital subsidy (₹730 crore, to defray the heavy up-front cost of separation and sintering equipment) with a sales-linked incentive (₹6,450 crore over five years, to reward magnets actually produced and sold). The capital-subsidy arm is what distinguishes it from a textbook PLI and reflects that the barrier here is the cost of building the line, not merely the margin on selling. Against the DAE's own Vizag facility — a few tonnes a year of Samarium-Cobalt magnets, run for strategic rather than commercial volume — the new scheme's 6,000 MTPA target is an order-of-magnitude leap aimed squarely at commercial, mass-market NdFeB-type magnets for EVs and renewables.

For Prelims

• Name: Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnet (REPM scheme).
• Approved / notified: Cabinet approval 26 Nov 2025; notified 15 Dec 2025.
• Outlay: ₹7,280 crore in total = ₹6,450 crore in sales-linked incentives over 5 years + ₹730 crore capital subsidy.
• Capacity target: 6,000 MTPA (metric tonnes per annum) of sintered REPM manufacturing.
• Resource base: ~7.23 Mt TREO-equivalent in 13.15 Mt monazite across 8 States, plus 1.29 Mt in hard rock (Gujarat, Rajasthan); monazite is a mineral of thorium and rare earths.
• Lead facts: India is self-sufficient in RE minerals but import-dependent for RE magnets; grade is lean (0.056%–0.058%) and tied to radioactivity (thorium).
• Existing capacity: The DAE runs a small REPM plant at Visakhapatnam (Andhra Pradesh) producing about 3 tonnes/year of Samarium-Cobalt (SmCo) magnets.
• Budget link: Union Budget 2026-27 announced Rare Earth Corridors in Odisha, Kerala, Andhra Pradesh and Tamil Nadu.
• End-uses: REPMs are essential for EVs, renewable-energy generators, electronics, aerospace and defence.
• Administering chain: AMD (resource estimation, under DAE) → DAE (existing Vizag magnet plant) → Cabinet-approved national scheme to build commercial 6,000 MTPA capacity; the resource reply was furnished by the Ministry of Earth Sciences.
• Sintered, not bonded: "Sintered" magnets are powder pressed and heat-fused for maximum strength; they are the high-performance grade the scheme targets, distinct from weaker bonded (polymer-mixed) magnets.

What it is NOT: This is not a mining scheme and not a subsidy for ore extraction — India already has the ore. It targets the magnet (midstream) manufacturing step. It is also not the same as the Budget's Rare Earth Corridors (a separate, location-based announcement) and not a Production-Linked Incentive (PLI) under that brand — it is a dedicated scheme with both a sales-linked incentive arm and a capital subsidy arm. Monazite should not be confused as a purely rare-earth mineral; it is a thorium-bearing mineral, which is precisely why its handling falls under atomic-energy regulation. Rare-earth elements are also not actually "rare" in crustal abundance — the difficulty is concentration and processing, not geology.

The set it belongs to (for "how many / match the pairs"): the rare-earth value chain runs mine → concentrate → separation of individual oxides → reduction to metal → alloying (e.g., NdFeB or SmCo) → magnet fabrication (sintering/bonding) → magnetisation. India is strong at the first stage and the new scheme attacks the alloying-and-fabrication stages. The two named permanent-magnet chemistries to remember are NdFeB (neodymium-iron-boron, the high-strength workhorse the 6,000 MTPA target implies) and SmCo (samarium-cobalt, the heat-resistant grade made at Vizag). The four magnet rare earths to remember are neodymium, praseodymium, dysprosium and terbium.

Why it matters

The problem the scheme addresses is a specific kind of strategic vulnerability: being rich in a resource yet dependent on others for the finished good made from it. Permanent magnets sit inside almost every technology India wants to scale — the traction motors of electric vehicles, the direct-drive generators of wind turbines, hard-disk drives and speakers in electronics, actuators in aircraft, and precision-guided systems in defence. A country that imports its magnets imports a single point of failure into all of those sectors at once. When the dominant supplier tightens exports, every downstream industry feels it simultaneously.

By incentivising domestic sintered-magnet capacity, the scheme tries to convert a paper resource endowment into real industrial leverage. The dual structure is deliberate: a capital subsidy lowers the high up-front cost of building separation and sintering lines (the reason private capital has stayed away), while a sales-linked incentive ties public money to actual output and sale of magnets, so the support rewards production rather than mere plant-building. The 6,000 MTPA target is meaningful against today's base of roughly three tonnes a year at Vizag — it is an attempt to stand up an industry, not to tweak an existing one. Paired with the Budget's Rare Earth Corridors, the policy signals an intent to integrate the chain from the eight monazite-bearing States through to finished magnets, while the radioactivity, grade and CRZ constraints flagged in the same reply are a candid admission of how hard the mining end remains.

For Mains