AraBat

Bio-based recycling of lithium-ion batteries using plant waste to recover metals.

AraBat develops bio-based recycling solutions for spent lithium-ion batteries, using plant waste to recover metals like lithium, cobalt, and nickel.

The Problem

Polluting, slow and expensive lithium-ion battery recycling processes.

11Mt

of spent batteries will need recycling by 2030

By 2030, 11 million tons of spent batteries will need recycling, while demand for critical raw materials is soaring. Traditional methods are slow (up to 6 months), costly (€300–€800/ton), and heavily polluting (2+ tons of CO₂ p/ton recycled). 

As stricter regulations push for sustainable solutions, companies need faster, cleaner, and more cost-effective ways to recover metals.

THE SOLUTION

Fast, bio-based battery recycling using fruit and vegetable waste

AraBat replaces traditional recycling with a bio-based, low-temperature process using fruit and vegetable waste to extract critical metals. 

Operating below 90°C, iit achieves 90% recovery efficiency in under 1 hour, reduces CO₂ emissions by 80%, and eliminates toxic chemicals. AraBat enables scalable, cost-effective recycling with 20% lower costs compared to traditional methods.

The Impact

Cuts emissions, time and cost of lithium-ion battery recycling

20%

reduction in recycling costs

AraBat's solution emits less than 2 kg of CO₂ per process, compared to over 10 kg with traditional methods. The bio-based leaching process eliminates sulfur and nitrogen oxides (SOx and NOx), drastically reducing air pollution. 

By recycling spent batteries in under an hour and at lower temperatures, the process cuts operational time, cost, and energy consumption.

AraBat offers its recycling tech to:

Battery recyclers
E-waste processors
Automotive manufacturers
Energy manufacturers
Raw material suppliers

The benefits of AraBat's battery recycling technology

AraBat’s clients gain a cleaner, faster, and more profitable battery recycling system. With 90% recovery in less than an hour, the tech reduces energy and chemical use, cuts costs by 20%, and meets ESG and regulatory standards. 

The process operates at low temperatures, saving on CAPEX and OPEX while supporting circular material recovery in a booming €42B global market.

Sandbox Program

Batch #11

HQ Country

Italy

Sector

Waste Management and Circular Economy

Type of Solution

Hardware

Stage

Pre-Seed

TRL

6

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