Scientists have found a way to strip valuable metals out of dead batteries using a solvent built from urine and common acetic acid, turning a waste stream into a surprisingly powerful recycling tool.

As the world looks to decarbonize, many eyes are on electric vehicles (EV) and renewable-energy infrastructures to pave the way. Over the next 20 years, the EV market is set to grow substantially — by ...

Kingston, Ontario-based Cyclic Materials says it has completed its “proof-of-concept bench-scale test work, carried out at Kingston Process Metallurgy Inc. (KPM), as well as the delivery of the first ...

The electric vehicle (EV) industry is facing emerging challenges in the shape of lithium battery recycling capacity and China announcing that it will limit the export of graphite needed for EV ...

If you've been crushing cans of seltzer an at-home carbonator can slash your monthly spend. Before you hulk-smash another can, read this and learn why it's better to just leave it alone. So you think ...

Worcester Polytechnic Institute engineering professor Yan Wang (right) in his lab with other researchers. Researchers at Worcester Polytechnic Institute have developed a new way of recycling ...

As one of North America's largest metals recyclers, Radius Recycling facilities acquire, process, and recycle millions of long tons of ferrous metals and hundreds of millions of pounds of nonferrous ...

The metal recycling industry is growing, not least due to the use of metals in green energy electronic components.