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Energy Storage Recovery Protocol

Lithium
Recycling.

Recovering critical minerals from end-of-life batteries for a sustainable future.

Circular Energy Architecture

Mineral
Recovery.

Lithium Battery Recycling is the process of recovering critical minerals from used batteries for reuse in new storage systems.

With the rapid growth of electric vehicles (EVs) and energy storage, recycling has become a critical pillar of the global circular economy and resource security.

EV Batteries

Electronics

Mobile Devices

Storage Systems

Power Backup

Factory Scrap

International Momentum

Global Market

Value (2025) $10B
Projected (2031) $35B

Market Drivers

EV Sales Growth
Mineral Shortages
ESG Pressure
Mandatory Mandates
National Strategy

Indian Market

Value (2025) $1.2B
Annual CAGR 26%

Forecast (2031)

$5 Billion Value

Advanced Methods

Mechanical Separation

Hydrometallurgical

Pyrometallurgical

Direct Cathode

Black Mass Process

Systemic Value

Pollution Reduction

Mineral Recovery

Import Independence

EV Sustainability

Circular Mfg

Global 2036 Roadmap

Future
Evolution.

Massive EV battery retirement wave begins
Recycling becomes mandatory worldwide
Recycled content enters mainstream battery production
Urban mining as strategic raw material source
Sector Maturity

Strategic
Security.

Lithium recycling is becoming a strategic raw material destination for India.

50-100 RECYCLERS BLACK MASS HUB URBAN MINING CLOSED LOOP

The Mineral
Standard.

Battery recycling is the foundation of a sustainable supply chain. Join the mission to recover critical resources today.