Evergreen Lithium inks pact with IIT-B to acquire tech to slash battery reprocessing costs by upto 40% Energy Watch
Critical Minerals

Evergreen Lithium inks pact with IIT-B to acquire tech to slash battery reprocessing costs by upto 40%

IIT Bombay signs tech licensing pact with Evergreen Lithium Recycling to boost critical mineral extraction from used batteries

EW Bureau

Mumbai: The Indian Institute of Technology, Bombay (IIT-B) announced on Wednesday that it has signed a technology licensing pact with Evergreen Lithium Recycling, aimed at strengthening the recovery of critical minerals from spent batteries.

Pact targets battery precursor minerals, recycling efficiency

According to a statement issued by the institute, the deal, formally signed on May 5, is designed to push forward the extraction of critical minerals linked to battery precursors while raising the efficiency of battery recycling operations. IIT Bombay described the tie-up as a meaningful move towards developing scalable, technology-led solutions for India's nascent circular economy.

Up to 40% cost optimisation, sharper urban mining

The licensed process is projected to bring about 30 to 40 percent reduction in processing costs and lift overall process efficiency, in turn deepening the country's capabilities in urban mining and resource recovery.

Technology developed in-house at IIT Bombay

The innovation has been developed by a research team led by Prof Swatantra Pratap Singh of the Department of Environmental Science and Engineering at the institute.

"Waste-to-wealth technologies are becoming critical for India's sustainable future, resource security, and circular economy goals. Our research group is developing advanced membrane and electrochemical technologies to recover clean water, nutrients, lithium, rare-earth elements, acids and other critical minerals from wastewater and industrial waste streams," Prof Singh said.

Follow Energy Watch on LinkedIN

Membranes flagged as the next frontier

Prof Singh pointed out that membrane-based systems are fast emerging as among the most pivotal technologies for selective, energy-efficient and sustainable resource recovery.

"The laboratory's research focuses on converting waste into valuable resources while supporting India's priorities in clean energy, wastewater reuse, critical mineral security and moving towards Atmanirbhar Bharat," he added.

Civil aviation ministry proposes mandatory SAF blending from 2027, rising to 40% by 2040

Indian ships exempted from Iran’s Hormuz restrictions along with China, Iraq, Qatar: Iranian lawmaker

Pralhad Joshi: India has elicited investment commitments of $400 bn in RE sector at BRE Summit 2026

Cabinet approves Rs 14,500 cr viability gap funding for 92 GWh grid-scale energy storage

Cabinet approves Rs 2,814-cr capex support for 4 Lithium & Nickel processing plants