Direct Recycling. Higher Yields. Lower Footprint.

Direct Recycling. Higher Yields. Lower Footprint.

Direct Recycling. Higher Yields. Lower Footprint.

Conventional recycling destroys the very materials it claims to recover. Our process preserves them

the industry problem

The dominant recycling methods, pyrometallurgy and hydrometallurgy, break battery materials down to their base elements, then rebuild them. This is both energy-intensive, chemically wasteful, and recovers only a fraction of the original value.

The dominant recycling methods, pyrometallurgy and hydrometallurgy, break battery materials down to their base elements, then rebuild them. This is both energy-intensive, chemically wasteful, and recovers only a fraction of the original value.

Our Approach

Direct Recycling

Direct recycling preserves the crystal structure of cathode and anode active materials, recovering them in a form that can be directly re-used in cell manufacturing. The result: higher material yields, lower energy consumption, significantly less transport. And a genuine closed-loop supply chain at a lower cost.

Why Direct Recycling Is Superior

conventional

infiniti direct recycling

Material recovery

Partial (base metals only)

Near-complete (active materials preserved)

Energy input

High (smelting/acid leaching)

Significantly lower

Output quality

Requires full re-synthesis

Battery-grade, ready for re-use

Supply chain

Materials shipped offshore

Processed locally, fully traceable

process control and safety

Our facility operates under strict process control with full environmental monitoring, health & safety compliance, and ISO-aligned quality systems. Every batch is documented, every output is characterised, and every step is traceable.

ISO 14001

iso 9001

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© Copyright 2026 Infiniti Recycling

contact

Get in touch with our team

Privacy Policy

Terms and Conditions

© Copyright 2026 Infiniti Recycling

contact

Get in touch with our team

Privacy Policy

Terms and Conditions

© Copyright 2026 Infiniti Recycling