Page 193 - CW E-Magazine (11-6-2024)

Special Report

the biggest problem for countries such embracing sustainable cathode materials, also the necessary precursors for CAM,
as India. By using sustainable energy we mitigate environmental impact and which is a crucial process for achieving
transition materials through recycling, unlock resources for future generations. self-sustainability. Vidyuta and Lohum
repurposing, and low-carbon refi ning Responsible battery management, col- have already signed an MOU with Tamil
within the group company, their aim is laboration, and a commitment to sus- Nadu to establish one of the largest inte-
to ensure a sustainable supply chain tainability are paramount as we build a grated facilities in India. This facility will
while minimising its carbon footprint. greener, resilient energy ecosystem for be developed in phases and is expected
generations to come. In this direction, to eventually produce approximately
Unlocking the potential of sustain- cathode material recycling offers sus- 10-GWh capacity of CAM, including
able cathode materials tainable solutions, including resource both high nickel and LFP.
The rise of the lithium-ion battery in- conservation, energy reduction, emission
dustry has brought about environmental cuts, waste minimisation, cost effi ciency, In an industry dominated by Chinese
challenges in cathode manufacturing, pri- and supply chain resilience. As we manufacturing, Vidyuta’s presence offers
marily due to the extraction of primary transition towards a circular economy an alternative for companies seeking
materials like lithium, nickel, cobalt, and model, the importance of this approach reliable, high-quality battery materials.
manganese. Recycling emerges as a sus- cannot be overstated.
tainable solution, offering multiple bene- ABOUT ANKIT SHARMA
fi ts. It conserves natural resources by re- Vidyuta Materials Pvt. Ltd.
ducing the demand for primary extraction, Vidyuta Materials Pvt. Ltd. is engaged With a Bache-
curbing energy consumption, and lower- in the manufacturing of cathode active lor’s degree in Elec-
ing greenhouse gas emissions in cathode materials (CAM) for lithium-ion cells. trical Engineering
production. Additionally, recycling mini- As a joint venture with Lohum Ecotech from The University
mizes waste, pollution, and costs associated Pvt. Ltd. (one of the country’s largest of Texas at Austin,
with material extraction and processing. lithium-ion battery recyclers and refi ners), Ankit’s journey to
By fostering closed-loop production, re- Vidyuta embodies a commitment to sus- entrepreneurship
cycling ensures a stable supply chain of tainability and technological advance- has been shaped by a diverse range
critical materials and promotes a circular ment, with a vision to revolutionize the of experiences in the manufacturing
economy approach, vital for sustainability energy storage industry in India and the sector. As CEO of Vidyuta, Ankit is
in cathode manufacturing. The industry is rest of the world by creating a closed dedicated to aligning the company
witnessing a shift towards recycling tech- loop battery ecosystem. VIDYUTA ini- with global technology standards set
nologies, driven by collaboration and tially started with a state-of-the-art pilot by leaders like Japan, China and South
innovation, to meet the increasing demand manufacturing facility, with an initial Korea. Leading a team of seasoned
for lithium-ion batteries sustainably. annual production capacity of 200-tonnes professionals in the battery industry,
Embracing these practices is essential for a or 150 MWh focused on high Nickel he spearheads the execution of Vidyuta’s
greener future in cathode production. Cathode Active Materials. The current plant strategic vision. His responsibilities
can grow to 1-GWh annual capacity of include overseeing operations, driving
CONCLUSION materials, which will include production business development, nurturing part-
The future of energy storage lies in of high nickel materials as well as LFP nerships, and ensuring alignment with
embracing sustainability and innovation. (Lithium Ion Phosphate). The facility long-term goals.
By recycling used EV batteries and not only produces the fi nal material, but

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Chemical Weekly June 11, 2024 193

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