This new method may could one of the biggest obstacles in clean tech. Scientists achieve near-total recovery of rare metals ...

Glycine also keeps the solution at a neutral pH because it’s a “natural buffer,” which makes this whole procedure far safer than recycling processes that employ acid. Another benefit of using glycine ...

A new study suggests battery recyclers could reduce environmental impacts and costs by replacing harsh chemicals with a neutral solvent to recover minerals.

The Chinese researchers used an innovative method for studying the recycling process. In situ primary battery effect, based ...

This breaks up the NCM layers, releasing the lithium, nickel, cobalt, and manganese ions they contain into the solution. In the second trick, these ions are "trapped" in complexes by the glycine.

This breaks up the NCM layers, releasing the lithium, nickel, cobalt, and manganese ions they contain into the solution. In the second trick, these ions are "trapped" in complexes by the glycine.