Technology and Process

Responsible & Advanced Battery Recycling Technology

At ASR, we use safe, compliant, and environmentally responsible technology to recycle used lead-acid batteries and recover valuable materials.

Our process ensures maximum lead recovery, minimal environmental impact, and strict adherence to safety and pollution control standards.

End-to-End Recycling Process

Lead-acid battery recycling involves multiple controlled stages to safely extract reusable materials such as lead, plastic, and electrolyte
  1. 1

    Battery Collection & Safe Storage

    Used batteries are transported to our facility following approved safety and hazardous waste handling protocols.
  2. 2

    Battery Discharge

    Before dismantling, batteries must be safely discharged to eliminate stored electrical energy and reduce handling risk.
  3. 3

    Battery Dismantling & Separation

    Batteries are mechanically broken in a controlled environment to separate different components.
  4. 4

    Lead Recovery (Smelting)

    The recovered lead components are sent to the smelting unit where they are processed in high-temperature furnaces.
  5. 5

    Lead Refining & Alloying

    Molten lead undergoes purification and chemical treatment to achieve high purity levels.
  6. 6

    Ingot Casting & Packaging

    Refined lead is cast into standardized ingots or customized shapes for industrial use.

End-to-End Recycling Process

Lead-acid battery recycling involves multiple controlled stages to safely extract reusable materials such as lead, plastic, and electrolyte

Stage 1

Battery Collection & Safe Storage

Used batteries are transported to our facility following approved safety and hazardous waste handling protocols.

Key Activities

This stage ensures traceability and compliance before processing begins.

Stage 2

Battery Discharge

Before dismantling, batteries must be safely discharged to eliminate stored electrical energy and reduce handling risk.

What Happens Here

This step prevents accidents and ensures safe downstream processing.

Stage 3

Battery Dismantling & Separation

Batteries are mechanically broken in a controlled environment to separate different components.

Components Separated

Each component is processed separately to maximize recycling efficiency.

Stage 4

Lead Recovery (Smelting)

The recovered lead components are sent to the smelting unit where they are processed in high-temperature furnaces.

Smelting Process

This stage converts scrap battery lead into reusable raw material.

Stage 5

Lead Refining & Alloying

Molten lead undergoes purification and chemical treatment to achieve high purity levels.

Output Materials

Strict quality testing ensures consistency and industrial-grade output.

Stage 6

Ingot Casting & Packaging

Refined lead is cast into standardized ingots or customized shapes for industrial use.

Final Steps

Environmental Safety & Pollution Control

Our plant integrates pollution control measures at every stage:

Air Pollution Control

Effluent Treatment

Waste Management

Maximum Resource Recovery

Through advanced recycling, ASR helps recover valuable resources:

This supports a circular economy and reduces dependence on mining.

Commitment to Safe & Sustainable Recycling

Our technology and process ensure:

Partner with a Responsible Recycling Plant

Sell used batteries or source recycled lead with confidence