Transforming end-of-life lithium batteries into high-purity Black Mass to anchor the global EV ecosystem and drive sustainable green energy.
KB Recycling serves as the critical bridge connecting decommissioned battery resources and upcoming energy storage solutions. We create an efficient, closed-loop recycling ecosystem, ensuring valuable resources are captured and reinjected into the supply chain.
Safely receiving, sorting, and discharging various chemistries of spent battery packs, cells, and gigafactory manufacturing scrap. We manage logistics and logistics compliance at every turn.
State-of-the-art dry mechanical crushing, separation, and screening executed in an inert, fully contained atmospheric system to ensure zero hazardous releases and optimum safety.
Extracting premium quality Black Mass rich in essential active metals (Lithium, Nickel, Cobalt, Manganese) that serve as critical inputs for downstream cathode precursors.
Partnering with battery gigafactories and precursors suppliers to feed recovered minerals directly back into production loops, minimizing reliance on raw mining and securing green energy futures.
Operating with zero-liquid discharge, thermal extraction control, and minimal environmental footprint.
Securing stable B2B access to crucial raw material inputs right in the heart of industrial manufacturing hubs.
At KB Recycling, our mission is to anchor India’s green energy transition by establishing a robust, domestic closed-loop battery recycling ecosystem. As India accelerates toward mass EV adoption, we face a critical challenge: securing the raw metallic elements needed to power this future without relying on volatile foreign supply chains.
By processing end-of-life battery cells and manufacturing scrap locally, we retrieve high-purity Black Mass—returning valuable Lithium, Cobalt, and Nickel back into the production cycle. Our sustainable, zero-landfill mechanical processing solutions prevent hazardous environmental contamination, reduce carbon footprints, and directly power India’s journey toward domestic mineral security and a self-reliant circular economy.
Our facility is engineered to process a diverse range of lithium-ion battery configurations and chemistries, complying with international safety standards and operational compliance guidelines.
Processing large-scale EV modular blocks, hybrid batteries (PHEV/HEV), and complete high-voltage battery packs. Fully compliant dismantling and diagnostics protocol.
Safe batch recycling of pouch, prismatic, and cylindrical cells salvaged from smart devices, notebooks, power banks, and hand tools.
Secure processing of heavy, commercial industrial energy storage systems, backup power bank modules, and telecom server infrastructure batteries.
Direct off-take solutions for gigafactory scrap material, including cathode and anode foils, sorting rejects, test cells, and processing trimmings.
Our advanced dry mechanical recovery lines are fully calibrated to process diverse lithium chemistry profiles safely and efficiently.
Found in most modern passenger Electric Vehicles, power tools, and high-performance industrial equipment.
Common in heavy transit EVs (buses), commercial energy storage systems (ESS), and marine arrays.
High-density chemistry found in consumer electronics including smartphones, laptops, and tablets.
Used in premium EV architectures and medical devices requiring long lifespan and high capacity.
Through advanced, fully-enclosed mechanical processing, we recover high-purity Black Mass representing critical metallic components. Our processes are engineered to yield higher concentration metrics while maintaining extreme safety controls.
Crushing and separation are executed under nitrogen blanketing to prevent thermal incidents and maintain maximum metal purity.
Our state-of-the-art separation system guarantees optimal recovery of active cathode and anode materials from foils.
Equipped with high-efficiency particulate air (HEPA) filters and carbon scrubbers to process dust and emissions cleanly.
As Founder and Director of KB Recycling, Surya Venkat Bavineni serves as our operational engine, bridging the gap between complex industrial infrastructure and high-performance execution. Holding an MBA from the University of Texas at Arlington, USA, he brings a proven track record of scaling supply chain and manufacturing operations, previously leading key initiatives at Steel Exchange India and Cosmos Granite & Marble.
Surya Venkat Bavineni specializes in Lean methodology and data-driven process optimization—a skill set he now applies to scaling our advanced mechanical recycling production lines. Uncompromising in his focus, he is dedicated to driving maximum operational efficiency, minimizing material waste, and establishing commercially viable closed-loop resource recovery ecosystems.
Ready to secure your battery supply chain or route end-of-life battery cells and manufacturing scrap to a safe, sustainable facility? Connect with our technical team.
No.31-51-5/36, Green City,
Near Apparel Export Park,
Duvvada, Visakhapatnam, India-530046
