Recover
Extract lithium carbonate, cobalt sulphate, nickel sulphate, and manganese carbonate from spent lithium-ion batteries at 97–99% efficiency.
What we do
BatX is not a waste broker or a trading desk. We operate physical recycling infrastructure — automated collection, mechanical preprocessing, black mass production, and hydrometallurgical refining — to deliver materials that meet global specifications.
Supply
Deliver battery-grade materials to cathode manufacturers, cell makers, and industrial buyers — domestically and for export.
Enable
Give OEMs, fleet operators, and aggregators a compliant, traceable destination for end-of-life battery streams.
Company timeline
From startup to India's leading lithium-ion recycler — backed by government support, institutional investors, and proprietary IP.
- 2020
Founded in Gurugram
Utkarsh Singh and Vikrant Singh established BatX to solve India's growing end-of-life battery challenge with indigenous technology.
- 2022
Pilot to commercial scale
Scaled from pilot operations to factory-grade processing with support from investors and the Technology Development Board.
- 2024
HUB-1 inaugurated
Opened the Critical Minerals Extraction facility in Sikandrabad, Uttar Pradesh — processing up to 5,100 MT of batteries annually.
- Today
Hub-and-spoke expansion
Operating a network of collection spokes feeding central hydrometallurgical recovery — with seven patents filed and two granted.
Facilities
A hub-and-spoke model connects collection points to central processing — scaling capacity without compromising process control.
Headquarters — Gurugram
Corporate office and engineering hub at Enkay Tower, Udyog Vihar Phase V — coordinating operations, partnerships, and R&D.
HUB-1 — Sikandrabad, UP
Critical Minerals Extraction plant in Bulandshahr district — IoT-enabled automated recycling and hydrometallurgical refining at commercial scale.
Collection network
Spoke facilities and partner collection points feed qualified feedstock into the central hub under documented chain of custody.
How we operate
Three principles guide every decision — from feedstock acceptance to final material delivery.
Indigenous technology
End-to-end process development in-house — collection, shredding, leaching, and purification — reducing dependence on imported equipment.
Zero waste, zero emission
Low-temperature, low-pressure hydrometallurgy designed to minimise environmental footprint across every tonne processed.
Chemistry agnostic
NMC, LFP, and mixed chemistries handled through a single platform — one recovery path for diverse feedstock.
A circular battery economy for Atmanirbhar Bharat
India's EV adoption is accelerating faster than domestic mining capacity. BatX closes that gap by recovering what is already in circulation — turning waste into battery-grade inputs for the next generation of energy storage.