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Advancing Sustainable Lithium Battery Recycling

Innovative Process

Our Innovative Process and Technology

Renewable energy and electric dynamics, lithium-ion batteries have become central to actions in the rapidly changing world. Our company leads the charge, utilizing state-of-the-art technologies to revolutionize lithium battery recycling.

Our Sustainability Commitment

We are committed to sustainability at every level. Our circular economy approach ensures lithium-ion batteries are recycled repeatedly, reducing the need for new mining and minimizing environmental damage.

Sustainability
Recycling Technologies

New Recycling Technologies

Our advanced recycling technologies enable the efficient recovery of valuable materials, supporting a more sustainable future and reducing waste in the battery industry.

Advanced Battery Recycling Processes

1
Hydrometallurgical Processing
Our method prioritizes sustainability by selectively extracting valuable materials with high recovery efficiency, reducing waste and environmental impact.
2
Direct Cathode Recycling
Our exclusive recycling process maintains the crystalline structure of the cathode, conserving material integrity while saving energy.
3
Processing & Refinement
Sorted materials undergo cutting, crushing, or melting before refinement to reach production-grade purity.

Our Recycling Technology

Our fully integrated recycling process is optimized for maximum material recovery while maintaining the highest environmental and safety standards:

Advanced Battery Recycling Process

1
Collection & Sorting
Batteries are sourced from various industries, pre-sorted, and contaminants are eliminated.
2
Discharge & Demolition
Residual energy is safely removed before breaking down battery components.
3
Separation of Materials
Materials are mechanically separated using crushing, sieving, and froth flotation.
4
Chemical Processing
Hydrometallurgical treatment extracts valuable metals while minimizing waste.
5
Material Refinement
Purification through precipitation, solvent extraction, and crystallization.
6
Manufacture of New Parts
Recovered materials are supplied for new battery production, completing the cycle.

🤝 Environmental and Economic Advantages

Our recycling Tech provides various environmental and economic benefits:

Corporate Collaborations

Partnering with automakers like Tesla & Ford to streamline battery recycling.

Research Initiatives

Working with top universities to develop cutting-edge recycling technology.

Policy Advocacy

Engaging with governments to set up sustainable regulatory frameworks.

Products

The products derived from our proprietary Recycling Process:
Recycling Process
Copper

Copper

High-quality copper recovered for electrical components and industrial applications.

Aluminium

Aluminium

Recycled aluminium used for manufacturing lightweight and durable components.

Black Mass

Black Mass

A valuable mixture of lithium, cobalt, and nickel recovered for battery production.

The products derived from the Chemical Refining Process are:
Manganese Oxide

Manganese Oxide

Essential for high-performance battery applications.

Nickel Sulphate

Nickel Sulphate

Provides stability in high-energy-density batteries.

Lithium Carbonate

Lithium Carbonate

A key component for rechargeable battery cells.

Cobalt Sulphate

Cobalt Sulphate

Enhances battery longevity and energy retention.

Revolutionizing Lithium Battery Recycling for a Sustainable Future

Pioneering Sustainable Lithium Battery Recycling Through Innovation and Technology

Call To Action

Join the Future of Sustainable Battery Recycling

Be a part of the green revolution! Partner with us to drive innovation, conserve resources, and build a cleaner, more sustainable future.

Contact Us

Metalux Energy – Pioneering Sustainable Lithium-Ion Battery Recycling & Repurposing