BREAKING
India bans export of lithium-ion battery black mass to secure domestic critical minerals
The DGFT has moved black mass from 'Free' to 'Prohibited' to keep recoverable lithium, cobalt and nickel within Indian borders.
The Directorate General of Foreign Trade (DGFT) has prohibited the export of lithium-ion battery black mass with immediate effect, shifting its export classification from 'Free' to 'Prohibited' until further orders, according to a notification issued on 10 November.
The Commerce Ministry said the decision is intended to secure raw material supplies for domestic battery recyclers and refiners as India attempts to curb its dependence on imported critical minerals, including lithium, cobalt, nickel, and manganese.
Why the government stepped in
India has expanded its capacity to recycle battery waste and extract critical minerals in recent years. However, domestic processing plants are currently operating below capacity because they cannot secure enough raw material, the Commerce Ministry said.
Despite this domestic shortage, quantities of domestically generated black mass were being shipped to overseas buyers. The drain of local feedstock forced several Indian recyclers to import black mass from foreign markets to keep their processing lines running.
By shutting off export routes, the government expects to redirect locally generated battery waste straight into domestic processing plants, raising capacity utilisation, attracting fresh capital investment, and generating jobs across the recycling supply chain.
| Parameter | Policy Detail / Metric | Source / Context |
|---|---|---|
| Export Policy Status (Before) | Free | DGFT Export Policy |
| Export Policy Status (After) | Prohibited | DGFT Notification (10 November) |
| FY25 Export Volume | Nil | GTRI Analysis |
| NCMM Incentive Scheme Outlay | Rs 1,500 crore | Commerce Ministry |
Understanding black mass and urban mining
Black mass is the dark, powder-like substance produced when end-of-life lithium-ion batteries and factory manufacturing scrap are shredded after removing larger plastic and metallic casings.
Depending on the underlying battery chemistry, black mass contains concentrated amounts of recoverable lithium, cobalt, nickel, manganese, and graphite. These extracted minerals serve as direct inputs for producing fresh batteries for electric vehicles, energy storage systems, consumer electronics, and renewable energy equipment.
Recovering these metals through domestic recycling—often referred to as urban mining—allows manufacturers to feed recovered materials back into production lines rather than relying entirely on virgin mined imports. The Commerce Ministry added that processing battery waste within Indian borders ensures hazardous materials are handled under local environmental regulations while building a circular economy.
Capacity mismatch and trade figures
Trade policy think tank Global Trade Research Initiative (GTRI) noted that India's exports of lithium-ion battery black mass were nil during the previous financial year.
GTRI founder Ajay Srivastava said the government acted preemptively to prevent potential future shipments abroad and preserve feedstock for domestic refiners. Srivastava pointed out that India's total processing capacity for black mass already exceeds the volume of waste generated domestically.
Because domestic generation falls short of refining capacity, domestic recyclers have faced persistent feedstock deficits. Keeping all locally produced black mass inside the country gives refiners a steady supply of raw input, helping battery manufacturers trim their reliance on foreign mineral shipments.
Alignment with the National Critical Mineral Mission
The export ban directly aligns with India's broader National Critical Mineral Mission (NCMM), which includes a Rs 1,500-crore incentive scheme, according to the Commerce Ministry.
India remains heavily reliant on imports for nearly all its critical mineral requirements across electric mobility and clean energy sectors. Retaining battery waste within domestic boundaries forms a core pillar of the government's strategy to build localized supply chains for battery cells, electric vehicles, and grid-scale storage units.
Why it matters for founders and investors
For founders and operators in India's battery recycling and clean technology sectors, the export restriction provides immediate structural relief on the supply side.
Domestic refiners that previously struggled with low capacity utilisation now gain priority access to locally generated feedstock without competing against foreign buyers. This improved feedstock security is expected to improve unit economics for urban mining startups and encourage capital expenditure in advanced hydrometallurgical refining facilities.
For investors, the decision signals strong regulatory support for domestic critical mineral processing. However, because domestic battery scrap generation remains lower than total installed recycling capacity, refiners may still need to source additional scrap or imported feedstock until domestic EV adoption and battery retirement rates scale up significantly.
What happens next
The export prohibition remains in force until further orders from the DGFT.
While the immediate regulatory stance is clear, it is not yet clear how the government plans to monitor informal scrap channels to prevent illegal leakage of black mass overseas. Industry operators will also be watching whether the ministry introduces secondary guidelines or import rationalisation measures under the NCMM framework to help refiners bridge the remaining gap between domestic waste generation and total installed processing capacity.