India Bans Lithium-Ion Battery Black Mass Exports to Keep Its Critical Minerals at Home

India has banned the export of lithium-ion battery black mass, the powdery material left over when used electric vehicle batteries are shredded for recycling. The move is designed to keep valuable metals such as lithium, cobalt and nickel inside the country, so Indian recyclers can turn them back into new batteries instead of shipping the raw material abroad.

The Directorate General of Foreign Trade (DGFT) issued the ban on Tuesday, 10 November 2026, changing the export policy for the material from “Free” to “Prohibited” with immediate effect. The order will stay in force until further notice. India is not a big exporter of black mass today — in fact, it recorded no exports under this trade code in the last financial year — but the government is acting now to make sure the material stays at home as its electric vehicle and battery industries grow.

At a glance

• What happened: India has banned exports of unsorted lithium-ion battery waste and scrap, known as black mass, with immediate effect.
• When: The DGFT issued the notification on Tuesday, 10 November 2026. It was announced publicly on Wednesday, 11 November.
• What changed: The export policy for the material, listed under trade code ITC (HS) 85491400, moved from “Free” to “Prohibited” until further orders.
• Why: To strengthen domestic battery recycling, secure supplies of critical minerals such as lithium, cobalt and nickel, and reduce dependence on imports for electric vehicle batteries.
• What it is not: The ban is not a blanket ban on all battery exports. It applies only to the unsorted waste and scrap category named in the notification.
• The bigger picture: The ban sits inside India’s National Critical Mineral Mission, a seven-year plan backed by ₹16,300 crore in government spending and ₹18,000 crore in expected investment.

What the ban actually covers

The notification is narrow, and the details matter. It covers “waste and scrap of primary cells, primary batteries and electric accumulators; spent primary cells, spent primary batteries and spent electric accumulators — unsorted and not containing lead, cadmium or mercury (lithium-ion battery black mass)”.

In plain language, that means the shredded remains of used lithium-ion batteries — the kind found in electric cars, smartphones, laptops and energy storage systems — can no longer be exported from India. Sorted battery waste, finished batteries and other battery materials are not covered by this order.

The DGFT issued the notification under the Foreign Trade (Development and Regulation) Act, 1992, using the powers in Section 3 read with Section 5 of the Act, along with the Foreign Trade Policy, 2023. The notification also says that transitional arrangements under Paragraph 1.05 of the Foreign Trade Policy, 2023, will apply, which covers trade deals that were already agreed before the ban.

Until 10 November, exporters were free to ship this material out of India. Now they cannot, unless the government changes the policy again.

What is black mass, and why is it valuable?

Black mass is the dark, powder-like material produced when a used lithium-ion battery is taken apart, crushed and shredded. After the larger metal and plastic parts are separated out, what remains is a fine powder rich in the metals that make batteries work.

Depending on the type of battery, black mass can contain lithium, cobalt, nickel, manganese and graphite. These are the materials that battery makers need most, and they are expensive to mine and refine. Through further chemical processing, especially a method called hydrometallurgy, recyclers can recover these metals from black mass and turn them into compounds pure enough to go into brand-new batteries.

That is why black mass is sometimes called “urban mining”. Instead of digging new lithium or cobalt out of the ground, a country can recover the same metals from the batteries it has already used. For a country like India, which imports almost all of its lithium and cobalt, that is a valuable source of supply.

Every electric vehicle battery eventually reaches the end of its life. As millions of electric cars, scooters and buses hit Indian roads, the number of used batteries will grow sharply. The black mass inside them will become one of India’s most important sources of battery metals — but only if it stays in the country to be processed.

Why India acted now

India’s battery recycling industry has a strange problem: it has more capacity to process black mass than there is material available to process. Recycling plants are running below their full capacity because feedstock is short. Some of the black mass produced in India has been exported to recyclers in other countries, leaving Indian plants short of the material they were built to handle.

The export ban is meant to fix that mismatch. By keeping black mass at home, the government hopes to improve the use of existing recycling plants, give Indian refiners a steady supply of material, and reduce the need for battery makers to buy recovered minerals from overseas.

The timing also fits a wider policy push. In January 2025, the government approved the National Critical Mineral Mission, a seven-year plan to build domestic supply chains for critical minerals through exploration, processing and recycling. The mission carries government spending of ₹16,300 crore, with expected investments of ₹18,000 crore over seven years. In September 2025, the Cabinet separately approved a ₹1,500-crore incentive scheme to promote the recovery of critical minerals from battery waste and other secondary sources.

The export ban is the next step in that plan. Earlier policy focused on encouraging investment in recycling. Now the government is making sure the raw material itself stays available to the local industry it has been trying to build.

There is also a strategic reason. Critical minerals are at the centre of a global contest. China controls much of the world’s processing capacity for lithium, cobalt and graphite, and many countries are trying to build their own supply chains so they are less dependent on a single supplier. India wants its electric vehicle industry to grow without depending on imports for every battery. Keeping black mass at home is a small but practical part of that plan.

What it means for electric vehicles and recyclers

For India’s electric vehicle industry, the ban is good news in the long run and neutral in the short run. India recorded zero exports worldwide under this trade code in the financial year 2025–26, according to the Global Trade Research Initiative (GTRI), a trade research group. That means the ban does not disrupt any existing export business. Its effect will be felt in the future, as more used batteries become available and the volume of black mass grows.

For recyclers, the ban should mean more feedstock and better use of their plants. It may also encourage investment in better technology. At the moment, some recyclers stop at intermediate products. With a guaranteed supply of black mass, more of them may invest in the chemical processing needed to produce battery-grade lithium, cobalt and nickel compounds — the high-value materials that battery makers actually buy.

For battery makers, a stronger domestic recycling industry could eventually mean cheaper and more secure supplies of key materials. But that will take time. Building refining capacity and reaching battery-grade purity is a slow process, and the benefits of the ban will only show up as the recycling industry scales up.

For the wider economy, the ban is part of a shift in how India thinks about waste. Used batteries are no longer just rubbish to be disposed of. They are a source of minerals that India would otherwise have to import, and the government is treating them as a strategic resource.

The enforcement challenge

A ban is only as good as its enforcement, and experts say this one will be tested. Black mass is a powder, and it can be misdeclared as something else — for example, as cobalt powder, nickel intermediates or another industrial product — to get around the export restriction.

“The policy’s effectiveness will depend on enforcement,” the Financial Express reported, citing sector experts. “Battery waste can potentially be misdeclared as cobalt powder, nickel intermediates or other industrial products to circumvent export restrictions.”

Ajay Srivastava, founder of GTRI, told the Financial Express: “Effective enforcement will depend on Customs checking how the material was produced as well as how it was declared since a different name or tariff code can conceal the same waste.”

In other words, customs officers will need to look beyond the label on the shipment and check what the material actually is. That will require testing facilities, trained staff and clear rules for identifying black mass. Without that, some of the material could still leave the country under a different name.

There is also a question about how the ban affects legitimate trade. The notification says transitional arrangements under the Foreign Trade Policy will apply to deals agreed before the ban, but the details of how those arrangements work in practice have not been fully spelled out. Exporters with existing contracts will be watching for guidance from the DGFT.

How other countries handle battery waste

India is not the first country to restrict exports of battery materials. The European Union has been tightening rules on battery waste exports for years, requiring that used batteries be recycled within Europe where possible. China, which dominates battery recycling, has its own controls on the export of battery materials. The United States has also moved to keep more of its battery supply chain at home through subsidies and trade rules.

The common thread is that governments now see used batteries as a resource, not as waste. As electric vehicles spread, the metals inside old batteries will become one of the world’s largest sources of lithium, cobalt and nickel. Countries that control that flow will have cheaper batteries and more secure supply chains.

India’s ban is a modest step compared with the large subsidy programmes in the United States and Europe, but it follows the same logic. The country is trying to make sure that when its own electric vehicles reach the end of their lives, the valuable metals inside them are recovered in India, by Indian companies, for Indian batteries.

What happens next

The immediate effect of the ban is simple: no more exports of black mass from India until the government says otherwise. The longer-term effects will depend on three things.

First, enforcement. Customs will need to stop misdeclared shipments, and the DGFT will need to give clear guidance on transitional arrangements for existing contracts.

Second, investment. The ban only helps if Indian recyclers use the extra feedstock to build better refining capacity. The ₹1,500-crore incentive scheme approved in September 2025 is meant to support that, but companies will need to see a steady supply of black mass before they commit to new plants.

Third, the growth of the electric vehicle market. The volume of black mass in India is still small, which is why exports were zero last year. As more electric vehicles are sold and their batteries age, the supply of used batteries will grow. The ban is a bet on that future — the government is putting the rules in place now, before the flood of used batteries arrives.

If the policy works, India will have a recycling industry that turns its own old batteries into new ones, reducing imports and giving its electric vehicle makers a more secure supply of materials. If enforcement is weak, the material could still leak out under other names, and the ban will have changed little. The next few months will show which outcome India gets.

Frequently asked questions

What is lithium-ion battery black mass?

Black mass is the powder left over when a used lithium-ion battery is dismantled, crushed and shredded. It contains valuable metals such as lithium, cobalt, nickel, manganese and graphite, which can be recovered through chemical processing and reused in new batteries.

Has India banned all battery exports?

No. The ban applies only to unsorted waste and scrap of primary cells, batteries and electric accumulators that do not contain lead, cadmium or mercury — the category that covers lithium-ion battery black mass. It does not ban exports of finished batteries or other battery materials.

When did the ban take effect?

The DGFT issued the notification on Tuesday, 10 November 2026, and it took effect immediately. The export policy for the material changed from “Free” to “Prohibited” until further orders.

Why did India ban black mass exports?

To strengthen domestic battery recycling, secure supplies of critical minerals for electric vehicle batteries, and reduce dependence on imports. India’s recycling plants have more capacity than available feedstock, and the government wants the material processed at home.

How much black mass does India export?

India recorded zero exports under this trade code in the financial year 2025–26, according to the Global Trade Research Initiative. The ban is preventive — it aims to keep future supplies at home as the volume of used batteries grows.

What is the National Critical Mineral Mission?

It is a seven-year government plan approved in January 2025 to build domestic supply chains for critical minerals through exploration, processing and recycling. It carries government spending of ₹16,300 crore and expected investments of ₹18,000 crore. A separate ₹1,500-crore incentive scheme for recovering critical minerals from secondary sources was approved in September 2025.

Conclusion

India’s ban on black mass exports is a small policy change with a large ambition. The material itself is little more than a dark powder, but it holds the metals that power the electric vehicle revolution. By keeping it at home, India is betting that its recycling industry can turn yesterday’s batteries into tomorrow’s — and that it can do so without depending on imports for the minerals that matter most.

The ban will not transform India’s battery industry overnight. Exports were already zero, the volume of used batteries is still small, and enforcement will be a challenge. But the direction is clear. India now treats its used batteries as a national resource, and it wants the value in them recovered on Indian soil. As electric vehicles multiply on Indian roads, that decision will matter more with every passing year.

Sources

• The Hindu — Govt. prohibits export of unsorted lithium-ion battery waste, scrap: https://www.thehindu.com/business/govt-prohibits-export-of-unsorted-lithium-ion-batterywaste-scrap/article71688575.ece
• Financial Express — Centre bans battery black mass exports to boost domestic recycling: https://www.financialexpress.com/policy/economy-centre-bans-battery-black-mass-exports-to-boost-domestic-recycling-4381611/
• Deccan Herald — India bans lithium-ion battery black mass exports: https://www.deccanherald.com/amp/story/india/india-bans-lithium-ion-battery-black-mass-exports-4214964

This article is for general information and education only. It is not legal or financial advice.