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For manufacturers & data centres

Traceablemetalsformoreresilientsupplychains

Organisations operating large technology infrastructure generate significant metal-bearing equipment. DEScycle enables recovery closer to source, creating traceable, lower-impact metal supply from servers, processors and other electronic assets.
The Challenge

The emerging supply chain challenge

Growing expectations around sustainability and supply chain resilience are changing how organisations manage end-of-life assets. Conventional recycling often combines materials from multiple sources, making it difficult to maintain clear provenance or demonstrate where recovered metals originated. Businesses are increasingly expected to demonstrate:
  • Product lifecycle transparency
  • Material traceability
  • Credible recycled content
  • More resilient supply chains
Waste-to-Product Traceability

Recover metals with full traceability

DEScycle's modular processing platform enables metals recovered from your own infrastructure to remain traceable throughout the recovery process.

By avoiding the co-mingling of materials during processing, organisations can establish a clear waste-to-product chain of custody, supporting more transparent reporting and greater confidence in recycled material claims.
Circular Supply Chains

Enabling closed-Loop supply

Where appropriate, metals recovered through DEScycle's platform can be reintroduced into the supply chains of the organisations that generated them.

This creates the opportunity for closed-loop material systems, helping businesses retain valuable resources, strengthen supply resilience and reduce dependence on newly mined metals.
Seamless Deployment

Designed to integrate

DEScycle is designed to work alongside existing reverse logistics, IT asset disposition (ITAD) and recycling operations.

Our modular systems can be deployed closer to where materials arise, enabling metal recovery without fundamentally changing existing asset management or disposal processes.
Lower Environmental Impact

Supporting lower lifecycle performance

DEScycle's low-temperature ionometallurgical process and decentralised processing model reduce the energy and transport associated with conventional metal recovery. This helps organisations improve the environmental performance of recovered materials without changing existing manufacturing or reverse supply chain processes.

Better lifecycle assessments

Support improved product lifecycle assessment (LCA) outcomes through lower-impact metal recovery.

Lower carbon recovery

Reduce the energy use and transport associated with conventional smelting and international processing.

Verified recycled content

Strengthen recycled material claims with waste-to-product traceability throughout the recovery process.

Future-ready compliance

Support emerging product traceability, sustainability reporting and circular economy requirements.

Build a resilient metal supply