About Us

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Leading the Charge for a Sustainable Future: Revolutionizing Lithium-Ion Battery Recycling

Inderr Green Energy Limited, established in 2024, is dedicated to shaping a sustainable, waste-free planet by revolutionizing the recycling of lithium-ion batteries. With the increasing use of lithium-ion technology, the risk of lithium-ion scrap becoming a serious environmental issue is imminent. We believe that without eco-friendly recycling processes, this could escalate into a major global problem.
Zero Carbon Emissions
We are committed to minimizing our carbon footprint through every stage of our operations, ensuring a cleaner, greener future. 
1
Unmatched Purity and Quality
Our state-of-the-art recycling methods ensure that we produce the purest materials possible for the battery industry.
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Community Impact
Beyond our environmental goals, we are dedicated to contributing to the well-being of our communities by promoting cleaner, safer environments.
Roshan Rane
(Research & Development Head)
Phone - 96198 21206
Dr. Sunil Namdev Peshane
(Technical Director)
Phone - 90110 09611
Vikrant Saxena
(Director)
Phone - 89758 67727

Our 5-Step Battery Recycling Process

Ensuring that valuable materials are recovered safely and sustainably through advanced recycling methods, minimizing environmental impact.
01

Collecting

We start by safely collecting used lithium-ion batteries from various sources, ensuring secure transportation to our recycling facilities. This initial step is crucial to minimizing environmental impact and adhering to safety standards.
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02

Dismantling

The batteries are carefully dismantled in our state-of-the-art facility, separating different components such as plastic casings, metal parts, and battery cells. This process is done with precision to maximize material recovery.
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03

Crushing

In this stage, the dismantled components are crushed into smaller pieces. This allows for more efficient extraction of valuable materials like lithium, cobalt, nickel, and aluminum from the battery's core.
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04

Segregation

Through advanced sorting and segregation technologies, the crushed materials are separated based on their chemical and physical properties. This step ensures that high-value materials are isolated for further processing.
05

Refining

Finally, the recovered materials are refined to achieve high purity levels. These materials are then ready to be reused in the manufacturing of new batteries, closing the loop on sustainable battery production.