Recovering critical materials from end of life technology
Modern IT equipment contains valuable and often scarce materials, including precious metals and rare earth elements essential to global technology manufacturing.
At Ego Technology, end-of-life equipment is not simply recycled. Devices are processed through our specialist recovery centre, where components are dismantled, sorted and directed into advanced material recovery pathways.
By recovering these materials, we help keep critical resources in circulation, reduce reliance on new mining and deliver measurable environmental outcomes for the organisations we support.
There are 17 rare earth metals in the world, and an average mobile phone contains 16 of them
CONTROLLED PROCESSING
Our material recovery centre in Bradford
Our dedicated processing centre in Bradford has been purposefully designed to maximise the recovery of critical raw materials from surplus technology.
Through efficient breaking down, sorting and streaming of materials, equipment is carefully separated into specialist recovery channels, ensuring valuable metals and components are recovered responsibly and efficiently.
This high-capacity processing environment enables large volumes of technology to be handled quickly, while maintaining full traceability and environmental compliance throughout the process.
THE CIRCULAR ECONOMY
Why rare earth metals and e-waste matter
Inside discarded technology sit valuable resources that can be recovered and kept in circulation.
Designed to support growing volumes and evolving technology streams, the centre plays a key role in unlocking value from surplus IT equipment — reducing waste while maximising environmental benefit.
The result is a smarter, more sustainable approach to technology recycling, transforming end-of-life equipment into recovered resources and long-term environmental value.
Environmental impact in action
Reusing technology creates measurable environmental value. By extending the lifecycle of IT assets, we help organisations reduce emissions, conserve resources and support a more sustainable, circular economy.
Turning Surplus Technology into Opportunity
Surplus technology is an opportunity to reduce impact, recover value and support ESG goals. Extending asset lifecycles through secure reuse and recycling reduces emissions while maintaining security and compliance.
Reducing CO₂ Emissions
Manufacturing new technology carries a significant carbon footprint. Extending the life of existing devices can avoid up to 75–80% of associated emissions, delivering immediate and measurable carbon savings.
Saving Water & Protecting Resources
Technology production is highly water-intensive, from raw material extraction through to manufacturing. Extending device lifecycles reduces demand for new production, helping conserve valuable water resources.
Reducing Earth Displacement
Technology contains valuable materials, including rare earth elements. Recovering and reusing these reduces the need for new mining, minimises environmental disruption and supports a more circular, sustainable future.
Supporting the tech circular economy
Material recovery plays a vital role in the circular economy. Rather than disposing of equipment at the end of its operational life, valuable resources can be recovered and returned to the supply chain.
Through responsible processing and trusted downstream partnerships, the facility enables the recovery of critical raw materials, including rare earth elements. This helps reduce reliance on primary extraction while supporting a more sustainable and circular technology lifecycle.
Turning IT lifecycle activity into ESG outcomes.
Material recovery also plays an important role in environmental and sustainability reporting.
By keeping valuable materials in use and reducing reliance on new raw materials, organisations can demonstrate measurable progress across key ESG objectives.
Circular economy performance
Landfill division metrics
Carbon & scope 3 insight
Responsible material recovery data
This helps sustainability, procurement and governance teams evidence real environmental impact linked to their IT lifecycle activities.
POSITIVE OUTCOMES
Recovering resources for the technology of tomorrow
Ego Technology transforms IT disposal into environmental value, recovering resources, supporting circular manufacturing, and improving ESG performance.
Frequently asked questions
Why is rare earth and material recovery important for organisations?
Recovering rare earth elements and valuable metals reduces reliance on energy-intensive mining while supporting more responsible supply chains. For organisations, this turns IT disposal into a measurable sustainability action that contributes to the circular economy and ESG objectives.
Recovering rare earth elements and valuable metals reduces reliance on energy-intensive mining while supporting more responsible supply chains. For organisations, this turns IT disposal into a measurable sustainability action that contributes to circular economy and ESG objectives.
What types of materials can be recovered from IT equipment?
Modern IT devices contain valuable metals such as gold, silver, palladium, platinum, copper and aluminium, along with rare earth elements used in processors, magnets and electronic components. These materials can be extracted and returned to manufacturing supply chains.
How does material recovery support ESG and Scope 3 reporting?
Material recovery reduces landfill waste and the need for new raw material extraction, helping organisations demonstrate measurable environmental impact. Recovery data feeds into circular economy metrics, carbon reporting and broader ESG disclosures, providing evidence of responsible lifecycle management.
Where are recovered materials used after processing?
Recovered materials are returned to responsible manufacturing supply chains, where they contribute to the production of new electronic devices and components. This supports a circular technology economy by keeping resources in use for longer.
How does Ego Technology ensure responsible material recovery?
All recovered equipment is processed through a controlled facility where devices are dismantled, separated and directed into approved recovery streams. This ensures full traceability, environmental compliance and transparent reporting aligned to recognised sustainability standards.