Scientists turn waste polyethylene into stronger, multifunctional materials using innovative two-step modular assembly ...

Solar power has a dark side: panels are still built to be thrown away, and we risk creating a mountain of waste that locks ...

With lithium-ion demand soaring, expanding recycling capacity has become a critical priority—but recycling alone is not ...

This study quantitatively investigates the relationship between the implementation of waste-to-resource systems and the ...

Electric power is quietly turning yesterday’s icons into tomorrow’s daily drivers. Instead of watching beloved […] ...

Cobalt is a cornerstone material for lithium-ion batteries and electric vehicles, yet its global supply chain is increasingly ...

A multi-disciplinary team of researchers linked atomic-scale features to efficient heat-to-electricity conversion, offering ...

Electric composters are a recent innovation with a promising future. Now you can compost at home in small spaces with no ...

In the fight against climate change, companies are navigating compounding problems: supply-chain issues, tariffs, changing ...

Abstract: Solid waste management is a fundamental municipal task in cities. Academic and industrial endeavors have been made to promote urban waste management towards a sustainable and energy ...

Woodchuck.AI lands MSU funding to expand its AI-powered waste diversion tech, helping contractors cut costs and meet ...

Abstract: Effective recycling of electric waste streams requires advanced separation technologies. This paper focuses on electrostatic separation methods applied in the recovery of valuable components ...