India Bans Battery Black Mass Exports to Bolster Domestic Mineral Recycling

The Indian government has imposed an immediate ban on the export of lithium-ion battery "black mass," moving to secure critical minerals for its domestic supply chain. The Directorate General of Foreign Trade (DGFT) issued the notification on November 10, 2026, reclassifying the material's export status from free to prohibited.[1][6]

Black mass is the dark, powdery residue produced when end-of-life lithium-ion batteries and manufacturing scrap are shredded. The material contains highly valuable and recoverable quantities of critical minerals, including lithium, cobalt, nickel, and manganese, which are essential for manufacturing advanced chemistry cells.[3][5]

Under the new directive, the export policy for waste and scrap of primary cells and electric accumulators under ITC (HS) Code 85491400 has been strictly restricted. The prohibition specifically targets unsorted battery waste that does not contain lead, cadmium, or mercury, explicitly identifying lithium-ion battery black mass.[1][6]

A spokesperson for the commerce and industry ministry outlined the strategic rationale behind the sudden policy shift.[3]

“The measure is to assure feedstock for domestic recyclers, reduce import dependence and strengthen battery and clean-energy supply chains,” the official stated following the DGFT announcement.[3]

The restriction applies immediately, halting all outbound shipments of the specified battery scrap. Exporters who previously shipped these materials overseas without restriction must now navigate transitional arrangements outlined in Paragraph 1.05 of the Foreign Trade Policy 2023, effectively ending the unrestricted outflow of secondary raw materials.[6]

Bridging the Domestic Feedstock Gap

India’s battery recycling industry has expanded rapidly in recent years, but facilities have struggled with severe shortages of raw materials. Industry estimates indicate that the country has built more than 100,000 metric tonnes (MT) of annual battery shredding capacity and over 60,000 MT of refining capacity.[5]

Despite these significant infrastructure investments, domestic generation of black mass remains critically low, currently sitting below 15,000 MT per year. This massive disparity between processing capacity and available scrap has left many advanced recycling plants operating well below their potential throughput.[5]

Exporting the limited black mass generated within India only exacerbated this feedstock scarcity, diverting a valuable secondary resource to overseas markets. In some instances, domestic recyclers were forced to import battery scrap from other countries just to maintain baseline operations and meet their processing requirements.[3][7]

By halting exports, the government aims to ensure that locally generated battery waste remains accessible to Indian refiners. Retaining this material domestically is expected to immediately improve capacity utilization across existing recycling plants and improve the overall commercial viability of hydrometallurgical recovery operations.[5][7]

The Material Recycling Association of India (MRAI) strongly backed the policy intervention, noting that it aligns with the objective of developing a domestic critical minerals value chain.[5]

“We appreciate the Government's efforts to conserve and secure India's precious critical mineral resources within the country, promoting their domestic recovery, recycling and processing,” an MRAI spokesperson said.[5]

Securing Resources for the Energy Transition

The export ban represents a broader shift in how India views electronic waste and discarded energy storage systems. With limited domestic reserves of primary lithium and cobalt, the government increasingly treats end-of-life batteries as a foundational asset and a vital secondary mine for critical minerals.[7]

Recovering these minerals domestically is essential for India's electric mobility ambitions and its transition to renewable energy. Critical minerals form the backbone of electric vehicle (EV) batteries and grid-scale energy storage systems, sectors where India currently relies heavily on imported raw materials and refined salts.[3][7]

“Recycling of battery waste is among the quickest and most sustainable ways of building a domestic supply of these minerals,” the commerce ministry spokesperson added. The policy ensures that the environmental and economic benefits of mineral recovery are captured within India's borders rather than exported.[3]

The move also aligns with global trends, as several other nations have recently implemented similar restrictions on black mass exports to protect their own supply chains. By securing its secondary resources, India is positioning itself to be more resilient against global supply shocks and price volatility in critical mineral markets.[7]

Retaining these materials supports the Aatmanirbhar Bharat initiative, reducing the foreign exchange outflow associated with importing refined battery chemicals. The government anticipates that a guaranteed domestic feedstock supply will accelerate the country's progress toward self-reliance in battery-grade salts.[3][7]

Catalyzing Investment in Mineral Recovery

The DGFT notification complements recent financial commitments from the Union government designed to scale up domestic processing capabilities. The export ban works in tandem with a Rs 1,500-crore incentive scheme specifically targeted at expanding critical mineral recycling and strengthening material recovery from discarded products.[7]

By guaranteeing that facilities developed under these incentive programs will have priority access to local raw materials, the government is significantly de-risking new projects. This structured intervention creates a protected ecosystem that encourages fresh capital deployment in advanced battery waste processing technologies.[7]

Industry analysts expect the policy to attract substantial new investments into the sector, building stronger links between waste management networks and domestic battery manufacturing. As recyclers scale their operations and optimize their recovery rates, the cost of domestically produced battery materials is projected to become more competitive.[5][7]

The restriction also supports a newly approved Rs 2,814-crore capital expenditure scheme focused on establishing a broader ecosystem for lithium and nickel processing. This larger initiative aims to support downstream sectors, including electric mobility, defense electronics, and specialty steel manufacturing, which all require steady mineral inputs.[7]

With a secure supply of black mass, Indian refiners can now focus on improving their hydrometallurgical processes to extract higher purities of lithium carbonate and cobalt sulfate. These refined materials can then be fed directly back into the domestic manufacturing of new advanced chemistry cells.[5][7]

AI

The integration of recycling output with new battery production is a critical step in reducing the carbon footprint of the EV industry. By localizing the entire lifecycle—from initial manufacturing to end-of-life recovery—India can significantly lower the environmental impact associated with transporting heavy battery scrap across international borders.[3][7]

Building a Circular Battery Economy

The immediate enforcement of the export ban under the Foreign Trade (Development & Regulation) Act, 1992, signals the government's urgency in addressing the mineral deficit. Exporters must now pivot their business models, redirecting their collected battery scrap to local processing partners instead of international buyers.[1][6]

While the policy restricts unsorted battery waste and black mass, it does not impose a blanket ban on all battery-related exports. The targeted nature of the restriction ensures that only the critical mineral-rich scrap is retained, allowing other segments of the electronics trade to continue operating normally.[6]

The success of this initiative will now depend on the efficiency of India's domestic collection and sorting networks. To fully capitalize on the retained black mass, the industry must improve the logistics of gathering end-of-life EVs and consumer electronics from across the country and delivering them to shredding facilities.[5][7]

As the global transition toward electric mobility accelerates, the competition for critical minerals will only intensify. India's decisive action to ring-fence its secondary resources provides a crucial buffer, ensuring that the materials powering today's devices will build tomorrow's clean energy infrastructure.[3][7]

The coming months will test the capacity of domestic refiners to absorb the sudden influx of material that would have otherwise been exported. If successful, the ban will serve as a blueprint for how emerging economies can leverage their own waste streams to build resilient, self-sustaining industrial supply chains.[5][7]

By transforming battery scrap from an exported commodity into a strategic national asset, India has laid the groundwork for a truly circular battery economy. The policy not only supports local recyclers today but secures the material foundation required for the country's long-term clean energy transition.[3][5]