Graphite Recycling Market Size to Reach USD 119.3 Million by 2035, Driven by Critical Mineral Security and Battery Recycling

According to DataM Intelligence, the global Graphite Recycling Market size reached USD 69.8 Million in 2025 and is expected to reach USD 119.3 Million by 2035, growing at a CAGR of 5.5% during 2026-2035.
The market is being shaped by growing efforts to secure critical mineral supplies, strengthen localized battery material supply chains, and recover graphite from end-of-life lithium-ion batteries, production scrap, old electrodes, and industrial carbon. Advances in hydrometallurgy, thermal purification, flotation, and regeneration are improving the recovery and purity of recycled graphite. At the same time, battery manufacturers and recyclers are exploring closed-loop material systems. Challenges remain around feedstock consistency, collection infrastructure, graphite purity, logistics, processing economics, and the commercial scaling of advanced recovery technologies.

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Recent Developments

• Bridge Green - 2026: In June 2026, the India-based battery recycling company established Tamil Nadu's first critical minerals recovery plant for recycling lithium-ion batteries and battery production scrap.
• Hydrovolt - 2026: In March 2026, Hydrovolt signed an MoU with POSCO HY Clean Metal and Mitsui & Co. to establish a circular supply chain for used lithium-ion batteries, enabling battery materials including graphite to be recovered from black mass and reused in new battery manufacturing.
• August 2026, TechMet established a new U.S. subsidiary to attract additional public and private capital for domestic critical-minerals projects, including battery-recycling company Momentum Technologies. TechMet has invested more than US$400 million across four U.S. companies and is targeting the development of domestic critical-mineral production and processing capacity, supporting broader circular battery-material supply chains.
• August 2026, Westwater Resources received a US$25 million loan from the U.S. Export-Import Bank to support development of its Alabama graphite mine and processing facility. The project is intended to establish a domestic graphite supply chain, reducing reliance on imported material and strengthening the broader ecosystem for battery-grade graphite and recycling.
• June 2026, American Battery Technology Company announced the reinstatement of a US$57 million U.S. Department of Energy grant supporting its battery-recycling activities. The funding strengthens development of domestic battery-material recovery capabilities, including technologies that can recover critical materials from end-of-life lithium-ion batteries.

Mergers & Acquisitions

• Hydrovolt - 2026: Hydrovolt entered into an MoU with POSCO HY Clean Metal and Mitsui & Co. to develop a circular supply chain for used lithium-ion batteries and facilitate the recovery and reuse of materials including graphite.
• cylib & Vianode - June 2026: cylib and Vianode signed a memorandum of understanding to explore integrating graphite concentrate recovered through cylib's recycling technology into Vianode's next-generation anode production, supporting a closed-loop battery-material supply chain in Europe.
• Altilium & Talga Group - 2026: Altilium and Talga continued their collaboration on recovering and purifying graphite from end-of-life lithium-ion batteries, supporting the development of recycled graphite for battery-anode applications and strengthening European circular battery-material supply chains.

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Market Segmentation

By Source
• Lithium-Ion Batteries
• Electrodes
• Motor Brushes & Crucibles
• Foundry Facings
• Nuclear Reactor Graphite
• Industrial Graphite Scrap
• Others
Source segmentation covers the different streams from which graphite can be recovered. End-of-life batteries and manufacturing-related materials are particularly relevant as battery production and recycling infrastructure expand.

By Form
• Powders
• Solid Chunks
• Others
Powdered recycled graphite is the leading form, accounting for 72.4% of market revenue in 2025. Its broad use in batteries, conductive compounds, lubricants, refractory materials, and metallurgy supports its strong position.

By Graphite Type
• Natural Graphite
• Synthetic Graphite
The market distinguishes recycled material according to the underlying graphite type, reflecting differences in feedstock and material characteristics within recycling processes.

By Recycling Technology
• Hydrometallurgical Processing
• Thermal Purification
• Chemical Treatment
• Mechanical Processing
• Flotation & Separation Technologies
Technology selection is increasingly influenced by the ability to recover graphite while maintaining its structure and purity. The report identifies hydrometallurgy, thermal treatment, flotation, and regeneration as areas of technological advancement.

By Application
• Batteries
• Metal Casting
• Lubricants
• Refractories
• Foundry Operations
• Nuclear Reactors
• Conductive Materials
• Others
Applications extend across battery and industrial uses. Battery applications are gaining attention as recyclers work toward producing high-purity material suitable for anode-related requirements.

By End-Use
• Electric Vehicle & Battery Manufacturing
• Metallurgy & Steel Production
• Energy Storage Systems
• Chemical & Lubricant Industry
• Aerospace & Defense
• Industrial Manufacturing
• Nuclear Energy
• Others
End-use segmentation reflects the broad industrial role of graphite while capturing the growing connection between recycling, electric vehicle batteries, and energy storage systems.

By Region
• North America
• Europe
• Asia-Pacific
• Latin America
• Middle East and Africa
Regional segmentation covers major markets across five geographic areas, with country-level coverage provided for each region.

Competitive Landscape

The DataM Intelligence report identifies a competitive environment involving integrated battery recyclers, graphite recovery and anode-material companies, and circularity technology firms.

Top Key Players

• Redwood Materials
• Li-Cycle Holdings
• Ascend Elements
• Ecobat
• SK Tes

Company Profiles

Redwood Materials: The report places Redwood Materials among the star companies in the market, citing its position within the lithium-ion battery recycling value chain, material recovery capabilities, and relationships across the automotive and battery sectors.

Li-Cycle Holdings: Li-Cycle Holdings is identified among the leading companies with established involvement in large-scale battery recycling and recovery networks capable of processing lithium-ion battery waste and end-of-life batteries.

Ascend Elements: Ascend Elements is also classified among the report's star companies, supported by its presence in the lithium-ion battery recycling value chain and focus on material recovery and commercial operations.

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Regional Analysis

The report identifies Asia-Pacific as both the dominant and fastest-growing regional market, with a 42.3% market revenue share in 2025. Therefore, a region that is neither dominant nor fastest-growing cannot be selected with a reported market share from the available report information. The report does not provide comparable market-share figures for North America, Europe, Latin America, or the Middle East and Africa in the supplied material, so no unsupported regional share is assigned to these markets.
Asia-Pacific's leading position is associated with its battery manufacturing ecosystem, electric vehicle production, graphite processing capabilities, and expanding battery recycling infrastructure. China, Japan, and South Korea form an important battery manufacturing base within the region, while government support for critical mineral security and recycling further contributes to its market position.

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Conclusion

The Graphite Recycling Market is developing around the need to recover graphite from battery and industrial waste while strengthening the supply of secondary graphite resources. Growing battery manufacturing activity, critical mineral security efforts, recycling regulations, and advances in purification and regeneration technologies are supporting market development.
Competition includes established battery recyclers as well as companies developing dedicated graphite recovery and purification capabilities. Asia-Pacific holds the leading regional position and is also identified as the fastest-growing region in the report, supported by its integrated battery and graphite ecosystem. Overall, the market's development depends on improving recovery quality, securing reliable feedstock, and integrating recycled graphite more effectively into battery and industrial supply chains.

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