INDIA'S CRITICAL MINERALS RACE
BIZ MASALA |
SUNDAY INVESTIGATION
INDIA'S
CRITICAL MINERALS RACE
The country has resources. But can it build the processing
and manufacturing power that turns minerals into strategic independence?
By Murthy ASR
| 11 October 2026
Hero image: conceptual illustration of the chain from mine
and processing plant to clean-energy manufacturing.
The strategic reserve is only the beginning
India is preparing a critical-mineral
stockpiling policy, according to reports published on 11 October 2026. The
proposal reflects a growing recognition that the clean-energy transition and
advanced manufacturing depend on materials whose supply chains are
geographically concentrated. The government has already expanded
critical-mineral block auctions, approved a National Critical Mineral Mission
and backed a rare-earth permanent-magnet manufacturing scheme. But stockpiling,
mining, refining and manufacturing solve different problems. A stockpile buys
time during a disruption; it does not automatically create domestic processing
capacity or guarantee that Indian factories can buy the right material at
competitive prices. [1][2][3]
That is the core paradox: India can have
mineral resources and still be strategically dependent. In many supply chains,
the decisive advantage is not simply owning ore underground. It is mastering
separation chemistry, refining, alloy production, component quality, recycling
and the customer-qualification process.
The numbers that make the vulnerability concrete
|
Indicator |
Reported
data |
What it
tells us |
|
Permanent
magnets imported in FY2024–25 |
53,700 tonnes,
up from about 28,700 tonnes in FY2023–24 |
Demand is
expanding faster than domestic capacity was able to supply in that period. |
|
China's share
of India's permanent-magnet imports by quantity |
About 93% in
FY2024–25, according to a 2025 report using official trade data |
The risk is
concentrated in a strategically important component, not only in raw ore. |
|
China
dependence by quantity, selected HS categories |
84.8% for one
category; 90.4% for another in FY2024–25 |
Dependence
varies by customs category; these figures should not be generalised to every
rare-earth product. |
|
Government
rare-earth magnet scheme |
₹7,280 crore
approved; planned integrated capacity of 6,000 tonnes per year |
A capacity
target and incentive package are policy inputs, not proof that output is
already available. |
Chart 1. Government-reported China dependence by quantity for
two selected permanent-magnet customs categories in FY2024–25. Not a measure of
all critical minerals. [2]
India's Ministry of Heavy Industries has
published import data showing that dependence differs by magnet type and
customs classification. A separate report in The Indian Express, citing
official trade data, said total permanent-magnet imports rose to 53,700 tonnes
in FY2024–25 and that China supplied around 93% of the volume. The precise
figure depends on product definitions and the period, so this investigation
keeps the scope explicit. [2][4]
The value chain is the real battlefield
Chart 2. Simplified critical-minerals value chain. Different
minerals follow different technical routes, but the stages illustrate why
extraction alone is not self-sufficiency.
1. Exploration and mining identify and
extract ore. 2. Beneficiation and separation concentrate the valuable material
and separate elements that may occur together. 3. Refining and alloying produce
materials of the required purity and composition. 4. Component plants turn
those materials into magnets, battery chemicals or other intermediate goods. 5.
Manufacturers qualify the components for motors, turbines, electronics,
aerospace and defence.
A bottleneck at any one stage can keep the
whole chain dependent on imports. Even when an Indian mine becomes operational,
local factories may still import refined oxides, alloys or finished components.
The capability gap can therefore outlast the mining project by years.
Why rare-earth magnets deserve special attention
Permanent magnets are critical components
in many electric-vehicle motors, wind turbines, industrial equipment,
electronics and defence systems. High-performance magnets may use rare-earth
elements such as neodymium, praseodymium, dysprosium or terbium. These
materials are not interchangeable in every application, and the required mix
depends on temperature, strength, durability, design and cost.
India's 2025 supply disruption illustrated
the exposure. China introduced export restrictions affecting rare-earth magnets
and related materials, prompting concern among global manufacturers. The
episode showed that an export licence or a delayed shipment can become an
industrial issue far from the mine: component makers may have limited
inventory, substitute designs take time to qualify, and production schedules
can be disrupted. That does not mean every restriction stops every factory; it
means concentration makes the system more vulnerable to administrative delays
and policy changes. [4][5]
The policy response: ambitious, but not yet the same as
independence
|
Policy
lever |
What it
can achieve |
What
still has to be proven |
|
Critical-mineral
block auctions |
Create legal
access and incentives for exploration and eventual extraction |
Resource
quality, feasibility, permitting, community consent, infrastructure and time
to production |
|
National
Critical Mineral Mission |
Coordinate
exploration, overseas sourcing, processing, R&D and recycling |
Whether
programmes translate into dependable commercial supply at scale |
|
Rare-earth
permanent-magnet scheme |
Support
integrated domestic manufacturing with capital subsidy and sales-linked
incentives |
Actual
commissioned plants, yield, product quality, cost competitiveness and
customer qualification |
|
Proposed
strategic stockpile |
Provide a
buffer for selected materials during disruptions |
Which
minerals, what stock levels, purchase prices, rotation rules, storage and
release triggers |
|
Overseas
mineral assets and partnerships |
Diversify
supply beyond a single country |
Execution
risk, foreign permitting, infrastructure, local politics, financing and
offtake arrangements |
Chart 3. The policy-to-production gap: announcements only
become resilience when they result in reliable, qualified, cost-competitive
supply.
The economics: why private capital may hesitate
A long investment cycle
Mineral projects require exploration,
environmental and other approvals, infrastructure, specialised equipment and
patient capital. The ore body may be technically promising but commercially
unattractive at prevailing prices. Investors must price the risk that global
prices fall before a project reaches production.
The processing challenge
Rare-earth separation and refining require
specialised chemical processes, process control, waste management and
experienced operators. Some stages can carry environmental liabilities that
must be handled transparently. A policy that rewards output but underestimates
operating costs, waste treatment or quality assurance can create installed
capacity without durable commercial competitiveness.
The China price problem
A new Indian producer may compete against a
mature ecosystem with established suppliers, scale, technical experience and
downstream customers. If global prices fall, the domestic plant can face a
difficult choice: operate at thin margins, seek additional support, or reduce
output. Protection from imports may help some investments but can also raise
costs for downstream users. The policy design has to balance resilience against
the risk of creating expensive inputs for Indian manufacturers.
The customer-qualification hurdle
A magnet or battery material is not a
generic commodity once it enters a high-performance product. Customers need
predictable composition, magnetic or electrochemical performance, reliability
and traceability. Qualification and redesign can take time. A plant's announced
capacity is not equivalent to sales-ready, customer-approved production.
The environmental and community ledger
Critical minerals are essential to
decarbonisation, but extraction and processing are not impact-free. Land use,
water availability, tailings, chemical waste, biodiversity, rehabilitation and
local consent affect the viability of projects. If India measures success only
in tonnes mined or blocks auctioned, it may overlook the social and
environmental conditions that determine whether projects proceed and whether
supply is genuinely sustainable.
The responsible question is not 'mining or
no mining'. It is whether the country can build a transparent system that
discloses project impacts, enforces safeguards, shares local benefits and
recycles materials where technically and economically feasible.
What would make the stockpile credible?
·
Publish the proposed mineral
list and explain why each material is strategically critical.
·
Define target stock cover in
months or days of realistic consumption, rather than announcing a headline
rupee allocation alone.
·
Disclose procurement,
valuation, storage, rotation, recycling and release rules, with safeguards
against buying at the top of a price cycle.
·
Coordinate central and state
agencies with downstream users in automotive, energy, electronics, aerospace
and defence.
·
Use stockpiles as insurance
while building diversified supply, domestic processing and recycling—not as a
substitute for them.
·
Measure outcomes by
commissioned capacity, usable output, import concentration, quality
qualification and cost competitiveness.
A scorecard for India's critical-minerals strategy
|
Measure |
Weak
signal |
Strong
signal |
|
Auctions |
Blocks
awarded, little operational progress |
Transparent
milestones from exploration to commercial output |
|
Processing |
Pilot
announcements and imported intermediates remain dominant |
Commercial
plants produce consistent, qualified material |
|
Manufacturing |
Capacity
announced |
Output sold to
independent customers at viable utilisation |
|
Diversification |
One dominant
supplier replaced by another |
Multiple
reliable sources plus domestic capability and recycling |
|
Stockpile |
Budget
allocation announced |
Audited stock
coverage, clear release rules and tested logistics |
|
Sustainability |
Compliance
paperwork alone |
Measured
water, waste, land restoration and community outcomes |
What Biz Masala will watch
·
The official stockpiling
policy: mineral list, funding, governance, procurement and release criteria.
·
Progress of the ₹7,280 crore
rare-earth permanent-magnet scheme toward commissioned plants and actual
output.
·
Operational status—not just
auction status—of critical mineral blocks.
·
India's monthly import volumes
and values by mineral and component category, especially permanent magnets.
·
Evidence of processing
partnerships, overseas supply agreements and recycling projects reaching
commercial scale.
·
Whether downstream
manufacturers report shorter lead times, diversified sourcing and stable input
quality.
Biz Masala verdict
India's critical-minerals strategy is
directionally necessary, but the scorecard must move beyond geology, auctions
and subsidy announcements. A mineral in the ground is an option; a stockpile is
a buffer; a processing plant is a capability; and a qualified component sold
competitively is an industrial outcome. They are not interchangeable
achievements.
The strategic objective should not be
autarky at any cost. It should be resilience: domestic capability where
feasible, multiple foreign sources where not, recycling where viable,
transparent stockpiles for the most exposed materials, and a credible environmental
and community framework. The question for policymakers is simple: when the next
export restriction arrives, will Indian factories have material they can
actually use—or will the country once again discover that resource security and
manufacturing security are different things?
Methodology and editorial cautions
This is a desk-based investigation using
official releases and published reporting available on 11 October 2026.
Permanent-magnet import figures refer to specific customs categories and/or
published estimates; they are not equivalent to total rare-earth imports or all
critical minerals. The government scheme's 6,000 tonnes per year is a planned
integrated capacity target, not a claim of existing production. The stockpiling
proposal is reported as under preparation, not as a final notified policy. No
claim is made that any individual company has failed or acted improperly.
Visuals are original explanatory graphics and a conceptual hero image.
Sources and further reading
·
[1] The Times of India, 11
October 2026 — Government to announce a policy on stockpiling of critical
minerals.
https://timesofindia.indiatimes.com/business/india-business/government-to-announce-a-policy-on-stockpiling-of-critical-minerals/articleshow/134850751.cms
·
[2] Ministry of Heavy
Industries / PIB, 1 August 2025 — Disruption in the supply of rare earth
magnets; official import-dependence tables.
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2151394&lang=2®=3
·
[3] Ministry of Mines / PIB, 23
June 2026 — 56 critical mineral blocks and 11 exploration licence blocks
auctioned.
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2277041&lang=1®=3
·
[4] The Indian Express, 9 June
2025 — Before China’s rare earth curbs, India’s permanent magnet imports nearly
doubled in FY25.
https://indianexpress.com/article/business/india-permanent-magnet-imports-fy25-china-rare-earth-curbs-10057092/
·
[5] Ministry of Mines / PIB, 3
February 2026 — India’s Rare Earth Strategy: Manufacturing, Corridors, and
Global Integration.
https://www.pib.gov.in/Pressreleaseshare.aspx?PRID=2222413&lang=2®=48
·
[6] Reuters, 4 October 2026 —
India-China thaw faces major economic tests.
https://www.reuters.com/commentary/reuters-open-interest/india-china-thaw-faces-major-economic-tests-manishi-raychaudhuri-2026-10-04/
·
[7] Ministry of Mines official
website — Auction and operationalisation dashboard, last updated 23 September
2026. https://mines.gov.in/webportal/
Murthy ASR
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