U.S. Recycles Hard Drives to Recover Metals and Boost Sustainable Energy

Written by Carla Teles

Published on 22/04/2025 at 10:23

Empresas dos EUA estão reaproveitando peças de computadores antigos para tirar metais importantes que ajudam na produção de energia limpa. Isso evita desperdício e ajuda o planeta a poluir menos.

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New Technique Allows Rare Earth Extraction With Less Environmental Impact And Strengthens Clean Supply Chains

American companies are recovering valuable metals from old hard drives, including rare earth elements, with an innovative and low-impact technology. The method can strengthen supply chains for electric vehicles and wind turbines, with significant gains for the transition to a sustainable energy matrix.

Pilot Project Converts Electronic Waste Into Sustainable Energy

Western Digital, Microsoft, Critical Materials Recycling (CMR), and PedalPoint Recycling are leading an initiative to repurpose about 50,000 pounds of hard drives and old server equipment. The proposal includes the extraction of elements such as neodymium, praseodymium, and dysprosium, essential in the production of electric motors and turbines, as well as metals like gold, copper, aluminum, and steel. These recycled resources are being reintegrated into supply chains that feed clean technology sectors such as wind energy, electric mobility, and high-efficiency electronics.

Clean Technology And Efficiency In Material Reuse

The highlight of the process is the acid-free dissolution recycling technology (ADR), developed by the Critical Materials Innovation Hub. Unlike conventional methods, this technique allows for a recovery of 90% of rare earths and base metals, with an overall reuse rate of 80% by mass. According to Interesting Engineering, the methodology also reduces greenhouse gas emissions by up to 95%, making it a promising solution for advancing sustainable energy policies and a circular economy.

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Direct Contribution To Energy Security And Advancement Of Sustainable Energy

By processing materials entirely on U.S. soil, the project also reinforces the security of strategic supplies, reducing dependence on imports. Microsoft provided obsolete equipment from its data centers for testing, demonstrating the scalable potential of the technology. For Jacky Jung, an executive at Western Digital, the model can set a new standard for electronic waste management, with direct benefits for the environment and the sustainable energy sector.

Next Steps And Expansion Of The Technology

With the pilot results deemed successful, the goal of the involved companies is to scale up the operation and incorporate more electronic components into the process. The intention is to encourage a more sustainable approach to the end-of-life of devices, creating a closed-loop resource reuse cycle. The initiative contributes to building a cleaner industrial ecosystem, connected to global demands for sustainable energy solutions and conscious use of materials.

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U.S. Recycles Hard Drives to Recover Metals and Boost Sustainable Energy

New Technique Allows Rare Earth Extraction With Less Environmental Impact And Strengthens Clean Supply Chains

Pilot Project Converts Electronic Waste Into Sustainable Energy

Clean Technology And Efficiency In Material Reuse

Direct Contribution To Energy Security And Advancement Of Sustainable Energy

Next Steps And Expansion Of The Technology

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U.S. Recycles Hard Drives to Recover Metals and Boost Sustainable Energy

New Technique Allows Rare Earth Extraction With Less Environmental Impact And Strengthens Clean Supply Chains

Pilot Project Converts Electronic Waste Into Sustainable Energy

Clean Technology And Efficiency In Material Reuse

Direct Contribution To Energy Security And Advancement Of Sustainable Energy

Next Steps And Expansion Of The Technology

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SpaceX will dock a $843 million vehicle to the International Space Station to push a nearly 420-ton laboratory against the atmosphere and make the debris fall in a controlled manner into the ocean.

China opens the world’s first school where more than 100 humanoid robots from different brands will study together, each movement will be repeated up to 600 times a day and the data will feed a collective brain that will teach all the robots of the future.

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