What We Do | Holistic Battery Lifecycle Management

Impact Overview

Turning Used Batteries into
Tomorrow's Resources

We manage lithium-ion batteries from end-of-use to resource recovery through a structured and compliant system.

Responsible Management

Lithium-ion batteries power electric vehicles, telecom infrastructure, renewable energy storage, consumer electronics, and industrial equipment. When these batteries reach the end of their usable life, responsible handling becomes essential to prevent environmental risks and recover valuable materials.

Our integrated approach ensures every battery entering our network is:

Collected through authorised channels
Technically assessed for optimal treatment
Processed under controlled infrastructure
Converted into reusable resources
Handled in full compliance with regulatory frameworks.

Supply Chain Security

Through advanced infrastructure and specialised processes, Saava Greens supports a circular ecosystem for critical battery materials — helping reduce dependence on virgin mining while strengthening sustainable supply chains.

Three Core Operations

Below are the three core pillars of our operations:

Recycling Refurbishing Refining

Recycling Process

Recycling

Safe. Authorized. Recovery-Focused.

We process end-of-life lithium-ion batteries, including EV battery packs, modules, cells, telecom batteries, and consumer electronics batteries.

Our controlled recycling process:

Secure collection and authorised documentation.

Safe discharge and dismantling.

Mechanical size reduction.

Multi-stage material separation.

Black mass recovery.

Through this process, we recover critical battery materials:

LithiumNickelCobaltManganeseCopperAluminiumFerrous Metals

All operations are conducted under CPCB authorisation and comply with the Battery Waste Management Rules.

Refurbishing

Extending Usable Battery Life Where Safe

Not every battery reaching our facility is immediately classified as waste. Each unit undergoes technical inspection to determine whether it can be safely reused.

Our refurbishment process:

State-of-Health (SoH) testing.

Capacity and safety analysis.

Cell balancing and grading.

Battery Management System (BMS) checks.

Performance validation cycles.

Safety First

Only batteries meeting strict performance standards are redeployed for second-life use. Others are safely redirected to the recycling process.

Testing & Validation

Resource Recovery

Refining

Turning Black Mass into Critical Resources

Recovered black mass is a concentrated mixture of valuable battery metals. Through controlled refining, we purifying key materials for reuse.

Lithium Compounds

Nickel Intermediates

Cobalt Intermediates

Manganese Compounds

Our refining approach:

High Recovery Efficiency

Controlled Impurity Removal

Regulatory Process Compliance

Minimal Environmental Discharge

Turning Used Batteries into Tomorrow's Resources