Lithium-ion batteries are the backbone of electric mobility, energy storage, and modern electronics. Yet, without scientific recycling, they become one of the most hazardous and resource-intensive waste streams.Not battery dismantling. Not credit trading. Extraction-led, materials-grade recycling at industrial scale.
Lithium-ion batteries are chemically complex, energy-dense, and safety-sensitive systems. Improper handling leads to fire risk, environmental contamination, and irreversible material loss.Conventional recycling approaches that rely on dismantling or partial recovery fail to address the true value locked inside batteries. RecycleKaro approaches batteries as strategic material reservoirs, not just hazardous waste.
End-of-Life EV Battery Packs & Modules
Consumer Electronics Batteries
Energy Storage System (ESS) Batteries
Battery Manufacturing Scrap
Damaged, Swollen & Rejected Batteries
Mixed-Chemistry Battery Waste
Our processes are engineered to handle evolving battery chemistries while maintaining recovery efficiency and material quality.
This workflow prioritises safety, yield, and downstream material usability.
Risk-neutralisation and controlled energy discharge.
Module-level dismantling and controlled shredding.
Separation of active materials from structural components.
Extraction of lithium, cobalt, nickel, and manganese.
Recovery efficiencies exceed 95%, with material purity suitable for cathode active material and precursor manufacturing.
Not all batteries reaching end-of-use are end-of-life. RecycleKaro evaluates batteries for second-life potential before recycling.
This enables optimal utilisation of battery assets while ensuring safety and traceability.
Industrial-Scale Infrastructure
Materials-Grade Recovery
Multi-Chemistry Expertise
Future-Ready Capacity
RecycleKaro combines safety, science, and scale to deliver lithium-ion battery recycling that meets the demands of a rapidly electrifying world.
