"OUR PATENTED METHOD Now Extracts Lithium Carbonate At Over 90% EFFICIENCY And 99% PURITY -Up From An Initial 35%!"
Electronics For You|December 2024
In a conversation with EFY’s Nitisha Dubey, Prassann Daphal of Evergreen Recyclekaro India Private Limited highlights how plasma furnace technology transforms complex materials into a molten composite, primed for advanced hydrometallurgical extraction.
Nitisha Dubey, Prassann Daphal
"OUR PATENTED METHOD Now Extracts Lithium Carbonate At Over 90% EFFICIENCY And 99% PURITY -Up From An Initial 35%!"

How does Recyclekaro recover valuable metals from electronic waste (e-waste) and lithium-ion batteries?

When we recycle an item like a laptop, the first step is dismantling the unit and carefully separating its base materials. We remove the motherboard and strip the components, categorising each based on its material content. For instance, the integrated circuits (ICs), rich in precious metals, are shredded into powder. This powder is then subjected to advanced metallurgical processes, such as solvent extraction, to recover valuable metals like gold, silver, platinum, and palladium. When handling lithium-ion batteries, we ensure that critical metals such as lithium carbonate, cobalt sulphate, magnesium sulphate, nickel sulphate, and graphite are extracted. The laptop casing, often made from aluminium, plastic, or iron, is separated and processed accordingly.

What types of machines and equipment does Recyclekaro use?

We operate a manufacturing facility in Vada, Palghar, with a capacity of 4200 metric tonnes per year, which is already expanding to 9000 metric tonnes. The recycling process starts with procuring e-waste, which is dismantled, segregated, and processed. For example, when recycling a fridge, the aluminium or plastic body is separated, and any oil or gas in the compressor is extracted. The PCBs are processed further to separate metals such as copper. For lithium-ion batteries, recycling involves shredding and separating materials like aluminium, copper, plastic, and black mass, which contains critical metals like lithium and cobalt.

What differentiates Recyclekaro’s recycling process from traditional methods?

This story is from the December 2024 edition of Electronics For You.

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This story is from the December 2024 edition of Electronics For You.

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