Less mining, more recovery
Every kilogram of lithium, cobalt, and nickel recovered from spent batteries is a kilogram that does not need to be extracted from new mines — reducing land disturbance, water use, and carbon intensity.
Where recovery creates value
Battery recycling is not just waste management. It is a strategic lever for energy security, environmental protection, and industrial self-reliance.
Diverted from landfill
India's EV wave will generate millions of end-of-life battery packs. BatX provides a formal, environmentally controlled alternative to landfill disposal or informal dismantling.
Import substitution
India imports the vast majority of its battery raw materials. Domestic recovery directly reduces foreign exchange outflow and supply-chain vulnerability.
Circular manufacturing
Recovered materials re-enter cathode production, cell manufacturing, and industrial applications — closing the loop rather than running a linear extract-use-discard model.
Second-life extension
Batteries with remaining capacity are assessed for reuse in stationary storage for solar, wind, and grid applications before entering the recycling line.
Net Zero alignment
BatX operations support India's Net Zero 2070 commitment and Atmanirbhar Bharat goals by building domestic critical minerals capacity.
By the numbers
Measurable outcomes from operating at commercial scale — not projections.
5,100 MT per year
Current annual processing capacity at HUB-1 — with expansion planned as collection network grows.
99.5%+ purity
Recovered critical minerals meet battery-grade specifications for cathode and cell manufacturing.
Secondary recovery
Aluminium, copper, steel, and plastics recovered alongside active material — minimising waste to landfill.
Impact grows with every tonne processed
As BatX expands hub-and-spoke capacity across India, the environmental and economic benefits compound — more material recovered, less imported, and a stronger domestic battery ecosystem.