India’s Critical Minerals Push Targets the Lithium and Nickel Processing Gap

How a new ₹2,814 crore incentive scheme aims to build domestic processing capacity, reduce import dependence and strengthen India’s position in battery and clean-energy supply chains.

India’s ambition to become a major player in electric mobility, battery manufacturing and advanced electronics depends on more than securing supplies of raw minerals. It also needs the industrial capacity to convert those resources into high-purity materials that manufacturers can actually use.

That is the gap the government is now attempting to address. On November 4, 2026, the Union Cabinet approved a ₹2,814 crore capital expenditure support scheme for domestic processing of lithium and nickel. The programme will run from financial year 2026–27 to 2030–31 and aims to establish four processing plants in India.

The move is significant because critical mineral processing remains concentrated in a limited number of countries. India continues to depend substantially on imports of refined intermediates and high-purity materials. Building domestic capacity could strengthen its industrial supply chains and reduce exposure to overseas disruptions.

Why Mineral Processing Matters More Than Raw Supply

Lithium and nickel are important inputs for modern battery technologies. Lithium is central to many rechargeable battery chemistries, while nickel is used in several battery applications and stainless steel production.

However, access to mineral resources does not automatically provide access to manufacturing-grade materials. Extracted ores and concentrates must pass through specialised processing stages before they can be used in industrial applications.

This is where supply-chain dependence becomes important. A country may obtain raw materials from different mining locations but still rely on a small number of overseas processors for refined products.

For India, this creates a strategic vulnerability. Disruptions to international trade, export restrictions or sudden price movements can affect manufacturers even when raw mineral supplies remain available.

The new scheme focuses on developing domestic processing infrastructure rather than simply encouraging additional mineral extraction.

What the ₹2,814 Crore Scheme Provides

The government has allocated ₹2,814 crore over five years, from FY2026–27 to FY2030–31. It will provide a capital subsidy covering 30% of eligible investment for four processing facilities.

The planned capacity includes:

• Two lithium processing plants: Each must have a minimum capacity of 30,000 tonnes.
• Two nickel processing plants: Each must have a minimum capacity of 50,000 tonnes.
• Maximum lithium support: ₹500 crore per selected beneficiary.
• Maximum nickel support: ₹900 crore per selected beneficiary.

The total allocation includes ₹2,800 crore for capital support and ₹14 crore for administrative expenses.

The programme is expected to anchor approximately ₹10,000 crore in investment. This means public support is intended to encourage a larger amount of private capital to enter a specialised industrial segment.

The lithium facilities will process eligible ores and concentrates into battery-grade products. The nickel facilities will produce high-purity nickel products, with cobalt also expected to be recovered as a by-product.

How Companies Will Be Selected

The government has designed the scheme around competitive selection rather than distributing incentives automatically to applicants.

The process will have two stages.

First, applicants will undergo technical evaluation. Only companies that meet the required technical conditions will qualify for the next stage.

Second, eligible applicants will participate in financial bidding. Two beneficiaries will be selected for each mineral, based on the least-cost criterion. In other words, the selection will favour qualified companies seeking the lowest capital support from the government.

The subsidy will be released in three instalments linked to project milestones. Companies must demonstrate actual investment and equity contributions before receiving the full support.

Selected beneficiaries are expected to commission their facilities within three years of receiving the Letter of Award. A longer outer limit of five years applies, with a reduction in remaining support if commissioning is delayed beyond the initial period.

This structure is intended to connect government assistance with measurable project progress rather than simply reward investment announcements.

Which Industries Could Benefit?

The programme could support several industries that depend on reliable supplies of processed minerals.

Electric mobility: Battery manufacturers need consistent supplies of materials with specific chemical and quality characteristics. Domestic processing could provide another source for companies operating in India’s electric vehicle ecosystem.

Battery energy storage: Grid-scale storage projects require substantial battery capacity. A stronger domestic processing base could support the development of local battery supply chains.

Electronics: Advanced electronics manufacturing depends on specialised materials and components. Reliable access to processed minerals can improve supply-chain planning.

Defence: Certain defence technologies require specialised materials and dependable procurement channels. Domestic processing may reduce exposure to external supply restrictions.

Speciality steel: Nickel is an important input for several grades of stainless and speciality steel. Additional domestic processing capacity could support industrial producers.

The benefits will depend on whether the facilities can produce materials that meet manufacturers’ technical requirements at competitive prices.

The Challenge of Competing With Established Processors

Building processing plants is a capital-intensive exercise. Facilities require specialised machinery, chemical conversion systems, skilled engineers, reliable utilities and environmental safeguards.

Established international processors also benefit from experience, industrial ecosystems and economies of scale. New Indian facilities will need to compete on quality, consistency, production costs and delivery reliability.

Access to raw materials is another major consideration. Domestic processing capacity will not deliver full supply-chain security if plants cannot secure sufficient mineral feedstock.

Companies will therefore need to develop relationships with mining operators, international suppliers and recycling businesses. Overseas sourcing may remain necessary even as processing takes place within India.

Technology is equally important. Producing battery-grade materials requires strict quality control and specialised technical expertise. The availability of suitable technology and experienced operators will influence how quickly projects become commercially viable.

Why Geopolitics Is Part of the Investment Case

Critical minerals hav