Technological Recycling Processes

We have an extensive network of collection points, including supermarkets, institutions, private companies, schools, kindergartens, hospitals, and car service centers. The batteries are transported to our facilities in specialized containers, using dedicated trucks to ensure safe and efficient handling. This effort is made possible through our partnerships with OTRs: RLG, Ecotic Bat, Respo Bat, SNRB, Vesna, and with the support of companies specialized in battery collection.

Treatment capacity: 9 tons/8 hours

Li-Ion Battery Recycling Technological Process

Responsible and efficient recycling is at the heart of our operations. We approach Li-Ion battery recycling with a dry recycling method, which is extremely safe and allows the extraction of metals at low temperatures without the use of process solvents. This process is not only simple and clean, but also ensures the efficient recovery of secondary raw materials.

01

Reception

02

Verification

03

Electrical Discharge

04

Disassembly

05

Grinding

06

Electrolyte Extraction

07

Separation of Fractions

The technological process for recycling primary lithium batteries

We use a complex technological process that includes cryogenization prior to grinding, followed by a neutralization procedure for certain substances in the fractions’ composition. After neutralization, the fractions are separated down to the level of secondary raw materials.

Recycled Products

We take pride in our innovative and sustainable approach to the recycling of consumer electronics batteries.

Our goal is to recover valuable materials from batteries, including those from devices with lithium cobalt oxide (LCO) cathodes and nickel-rich batteries for electric vehicles and stationary energy storage, using lithium nickel manganese cobalt (NMC) cathodes.

The outcome of our process is the “black mass,” which is then chemically treated to obtain raw materials such as cobalt, nickel, graphite, polypropylene, manganese, and propylene carbonate.

The plastic materials and manganese are further processed into marketable products.

All these materials are essential for producing new batteries, contributing to the circular economy and reducing environmental impact.

Technology: Nickel Hydroxide
Plastic
Aluminium
Cobalt Hydroxide
Copper
Lithium Hydroxide
Iron
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