University of California professor develops lithium-ion battery recycling method
Batteries pose a safety risk for waste collectors and MRF operators, since they can be damaged and create fires. A dedicated system for recycling batteries would not only have the potential to cut down on…
From the Energy Metal News archive. This article dates from Mar 27, 2018 and is preserved as first published.
Batteries pose a safety risk for waste collectors and MRF operators, since they can be damaged and create fires. A dedicated system for recycling batteries would not only have the potential to cut down on manufacturing and mining costs, but could also improve safety conditions for recyclers.
The challenge, of course, is bringing the technology to a viable scale. Right now, the recycling process has only been demonstrated in a laboratory setting and takes about 10 hours, not exactly conducive for commercial use. But it is a step, and Chen told The Spokesman-Review he thinks the commercial applications are “huge” and that the team wants to scale up.
Right now, the recycling process has only been demonstrated in a laboratory setting and takes about 10 hours, not exactly conducive for commercial use.
And it could be a valuable endeavor. According to the United Nations, the problem of electronic waste is only going to continue to grow. And, while many electronic devices contain relatively small batteries, the expected rise of electronic vehicles will bring with it larger batteries that would require more intensive handling.
China has already taken steps to put the responsibility for those batteries in the hands of car manufacturers, a form of extended producer responsibility that it would not be surprising to see others imitate. Currently, the U.S. Environmental Protection Agency offers only limited guidance on battery recycling.
