10 Top Battery Recycling Companies and Startups to Watch in 2025

Executive Summary: Which are the Top 10 Battery Recycling Companies and Startups to Watch?

Battery recycling companies are gaining momentum as the global push for sustainability intensifies. The recycling market is projected to reach USD 23.2 billion by 2025. Our data-driven report highlights emerging battery recycling startups to watch in 2025:

1. ReCell (India) – uses AI and hydrometallurgy to recycle lithium-ion batteries with zero emissions and high material recovery.
2. CellMine (UK) – repairs cathodes without sulphates using a clean, closed-loop hydrometallurgical process.
3. Bridge Green Upcycle (US) – upcycles lithium-ion batteries with AI diagnostics and low-waste black mass extraction.
4. Arsa Kayana Recycle (Indonesia) – runs an EV battery plant that recovers high-purity metals through patented processes.
5. Oscorp Energy (Australia) – sorts and discharges batteries safely using AI vision and wireless systems.
6. REELEMENTS (Germany) – uses shock waves in liquid media to cleanly separate and recover battery materials.
7. GLC Recycle (Singapore) – combines AI and hydrometallurgy to create battery-grade outputs with zero wastewater.
8. Evolium Technologies (Switzerland) – reuses e-bike and e-scooter cells to build modular solar battery packs.
9. ExPost Technology (US) – restores cathode materials with its PRIME process, lowering emissions and waste.
10. DREV (Sweden) – recovers battery dust and metals using AI-driven dry-brush systems in production sites.

Global Startup Heat Map highlights Emerging Battery Recycling Companies to Watch

Through the Big Data & Artificial Intelligence (AI)-powered StartUs Insights Discovery Platform, covering over 7M+ startups, 20K+ technology trends, plus 150M+ patents, news articles & market reports, we identified 10 battery recycling startups.

The Global Startup Heat Map below highlights emerging battery recycling companies you should watch in 2025, as well as the geo-distribution of 160+ battery recycling solutions & scaleups we analyzed for this research.

According to our data, we observe high startup activity in the USA and India, followed by the UK. The top 5 Startup Hubs for battery recycling are London, Bangalore, Dubai, Singapore, and New York City.

Meet Emerging Battery Recycling Companies to Watch in 2025

We hand-picked startups to showcase in this report by filtering for their technology, founding year, location, funding, and other metrics. These emerging battery recycling startups work on solutions ranging from lithium-ion battery upcycling and eco-hybrid processing technology to lithium battery upcycling and eco-hybrid processing technology.

1. ReCell

• Founding Year: 2023
• Location: Jaipur, India
• Use For: Closed-loop Lithium-ion Battery Recycling

ReCell offers a closed-loop lithium-ion battery recycling technology that consistently recovers vital elements, including lithium, cobalt, nickel, and manganese.

Using a hub-and-spoke logistics method, the technology first gathers used lithium-ion cells. Then, it uses AI-powered sorting to batch batteries by chemistry. Finally, it uses mechanical separation to produce high-purity black mass with very few contaminants.

Additionally, the startup uses hydrometallurgy to extract battery salts for use in cell manufacture andto  replenish recyclable compounds indefinitely. This solution offers net-zero waste operations, zero emissions, blockchain-enhanced traceability, and scalability across prismatic, pouch, and cylindrical battery types.

The startup further supports sustainable supply chains, reduces carbon emissions, and lessens dependency on mining. This is done by converting manufacturing scrap and end-of-life batteries into recovered metals and battery-grade feedstock.

2. CellMine

• Founding Year: 2023
• Location: Livingston, UK
• Use For: Sulphate-free Batteries Recycling
• Funding: CellMine received EUR 500K funding from the UK government

CellMine creates a lithium-ion battery recycling method that repairs and improves cathode materials without the use of sulphates. It uses a closed-loop hydrometallurgical process that preserves the structural integrity of cathodes by recovering important metals without producing sulphate waste.

This method improves battery performance in later cycles by directly revitalizing cathode morphology. CellMine’s method keeps the high nickel content while lowering environmental discharge.

The startup further reduces energy consumption and chemical waste through effective extraction and purification. Additionally, it reduces its reliance on raw materials and promotes sustainable battery life-cycle management.

3. Bridge Green Upcycle

• Founding Year: 2023
• Location: Binghamton, New York, US
• Use For: Lithium-ion Battery Upcycling

Bridge Green Upcycle offers a stack of digital and material technologies to upcycle lithium-ion battery modules and cells. It evaluates the batteries’ current condition to see if they are suitable for processing or second-life by utilising AI-enabled diagnostics.

The process switches to black-mass extraction through shredding, crushing, sieving, and mechanical separation to produce high-grade black mass and precursor chemicals. Its regenerative process architecture maintains a low carbon footprint and produces net-zero waste.

The startup further decreases its dependency on mining, lowers emissions, and prolongs battery lifespans. It turns trash and end-of-life batteries into battery-grade materials and second-life packs. Bridge Green Upcycle also promotes clean energy and circular economy practices, and provides both economic and environmental benefits by upcycling lithium-ion batteries.

4. Arsa Kayana Recycle

• Founding Year: 2024
• Location: Jakarta, Indonesia
• Use For: EV Battery Recycle Plant

Arsa Kayana Recycle offers an EV battery recycling plant that handles used battery packs and modules. It gathers discarded EV batteries and industrial cells through pre-treatment and local partnerships. It then shreds them to recover cathodes, anodes, metals, carbon black, and polyvinylidene fluoride (PVDF) using a six-level recovery system.

Moreover, the startup produces battery-grade lithium carbonate or hydroxide by solvent-extraction circuits. It uses patented hydrometallurgical techniques that extract lithium, nickel, cobalt, and other essential metals.

The startup also reduces its reliance on landfills, cuts carbon emissions, and supports a green circular economy by turning battery trash into high-purity feedstock. It further promotes sustainable, regulator-aligned battery recycling and energy-transition infrastructure.

5. Oscorp Energy

• Founding Year: 2024
• Location: Sydney, Australia
• Use For: AI Battery Recycling

Oscorp Energy‘s AI-powered automated sorting system reduces the risk associated with manual handling by precisely classifying and discharging used lithium-ion batteries. It uses wireless discharge modules to safely remove any remaining charge while storing energy for later use. The system determines the battery’s chemistry and health using deep learning computer vision models.

Moreover, the system uses real-time AI insights to identify damaged or fire-risk cells and achieves high sorting accuracy. It also recovers most stored energy by wireless discharge, which lowers emissions and hazardous waste while improving material recovery and lowering recycling costs overall.

The startup further encourages cleaner, more effective recycling processes by turning battery waste into safe, reusable feedstock and recovering residual energy.

Want to Explore 160+ Battery Recycling Startups & Scaleups?

6. REELEMENTS

• Founding Year: 2022
• Location: Radebeul, Germany
• Use For: Sustainable Li-ion Battery Recycling
• Funding: Received USD 150 million letter of interest from the United States EXIM Bank

REELEMENTS offers an electrohydraulic fragmentation (EHZ) technique for the sustainable recycling of lithium-ion batteries. It achieves high material recovery and purity by using high-frequency shock waves in a liquid media to break apart batteries. This process separates cathode and anode materials without the need for thermal or chemical treatment.

The technique also automatically separates active materials by enabling the cathode components to be directly reintegrated into battery manufacturing. This approach reduces the possibility of fire, gets rid of chemical waste, and works with a variety of battery types, including industrial and electric car storage units.

Additionally, the startup increases the shock-wave technology’s purity, energy efficiency, and potential uses. REELEMENTS further reduces reliance on virgin mining and promotes circular economy methods in battery manufacturing by facilitating a closed-loop supply chain with a low CO₂ impact.

7. GLC Recycle

• Founding Year: 2022
• Location: Singapore
• Use For: Eco-hybrid Processing Technology

GLC Recycle offers Eco-Hybrid processing technology that turns electronic trash and end-of-life batteries into traceable, low-carbon raw materials for eco-batteries. It combines AI-based technologies with patented mechanical and hydrometallurgical processes to automatically sort, segment, and process feedstock. At the same time, the technology recycles all wastewater and ensures zero discharge.

Its Eco-Series platform includes Eco-Lithium, Eco-Nickel, Eco-Cobalt, and Eco-MHP. They use blockchain-backed tracing to provide complete chain transparency and battery-grade outputs with high material recovery. The platform runs on hydroelectric, low-carbon plants and supports several chemistries, including lithium iron phosphate (LFP).

The startup further reduces landfill trash, lowers emissions, and strengthens circular-economy supply chains by combining AI, closed-loop water recycling, and environmental, social and governance (ESG) compliant tracking.

8. Evolium Technologies

• Founding Year: 2024
• Location: Sion, Switzerland
• Use For: Second Life Batteries

Evolium Technologies offers a second-life battery solution for solar storage. It collects and dismantles lithium-ion cells from e-bikes and e-scooters sourced via partners, and each cell is tested using a robotized installation to determine its condition.

The solution then reconditions working cells and puts them together to create modular, repairable battery packs that ensure capacity. Currently, the solution delivers 10 kWh units that easily interface with home solar systems. Its architecture supports digital ID tracking for every cell, module-level subscription replacement, and remote performance monitoring.

Moreover, the startup prolongs asset life, reduces waste and expenses, and avoids premature recycling by upcycling of still-viable cells.

9. ExPost Technology

• Founding Year: 2022
• Location: San Diego, California, US
• Use For: Lithium Batteries Upcycling

ExPost Technology creates the Purification-Regeneration Integrated Materials Engineering (PRIME) method for upcycling lithium batteries. It preprocesses wasted batteries by safely discharging and shredding them using mobile machinery to cleanse and renew cathode materials without disrupting their crystalline structure.

Its process achieves component quality comparable to virgin material while lowering energy consumption and greenhouse gas emissions. The method uses defect-targeted healing to remove impurities and relithiate deteriorated cathodes.

Additionally, the PRIME method addresses fire and chemical hazards during preprocessing, leverages robotics for safe handling, and secures funding to scale deployment.

ExPost Technology also creates economic and environmental benefits by enabling closed-loop circularity in battery manufacture, lowering reliance on mining, and restoring cathode materials for reuse.

10. DREV

• Founding Year: 2023
• Location: Gothenburg, Sweden
• Use For: Contamination Control Technology

DREV‘s Eco-Hybrid-Vault system uses dry-brush technology to automatically remove harsh chemicals and water from contamination control procedures in modern production facilities.

It offers Vault Mobile, Vault Stationary, and Vault Autonomous solutions that use AI-driven sensors to identify and collect surface and airborne microparticles. These systems turn black dust into recyclable resources, including carbon, nickel, cobalt, lithium, and more.

Moreover, the Vault Autonomous variant features automated guided vehicle (AGV) navigation for continuous operation in restricted areas. This reduces human intervention and recovers vital metals before facility admission.

Its low-carbon approach includes closed-loop filtration and recyclable canisters, supports multi-chemistry environments. Vault Autonomous also ensures regulatory compliance across the battery and electronics sectors.

Further, DREV turns contamination management into a strategic facilitator of material recovery, workplace safety, and circular economy supply chains through traceable industrial cleanliness.

Discover All Emerging Recycling Technology Startups

The Circular Economy startups showcased in this report are only a small sample of all startups we identified through our data-driven startup scouting approach. Download our free Recycling Technology Innovation Report for a broad overview of the industry or get in touch for quick & exhaustive research on the latest technologies & emerging solutions that will impact your company in 2025!