Scientists are revolutionizing e-waste recycling by extracting gold with eco-friendly methods and transforming CO2 into valuable chemicals.

In the ever-evolving digital landscape, businesses have become significant contributors to the growing problem of electronic ...

Researchers at Cornell University have created a sustainable method to extract gold from electronic waste and use it as a ...

E-waste recycling is an important part of the Economy in developing countries and is key to increase the sustainability of electronic devices that often rely on the exploration of rare earth elements.

What makes this approach so revolutionary is its dual impact: reducing e-waste while advancing clean energy solutions.

Published research by Nanyang Technological University researchers focuses on removal of brominated flame retardants from ...

As more electronic devices can store information, secure and proper destruction of the device’s data has become an immense ...

Despite piling up in our landfills and its inability to decompose, e-waste can be especially dangerous to our environment due to the toxic chemicals found within electronics. The typical single-stream ...

What if your discarded electronics could not only recover gold but also help combat climate change by transforming CO2 into ...

Cornell researchers have developed a groundbreaking method that uses gold recovered from e-waste to convert CO2 into useful ...

Cornell University researchers have developed a breakthrough non-toxic material that extracts 99.9% of the gold from ...

Promoting Sustainable Practices: Amidst mounting concerns over environmental degradation and resource depletion, the battery recycling sector emerges as a beacon of hope, promoting sustainable ...