The program with the service organization in the U.S. is to keep e-waste out of landfills and recover valuable materials for new lithium-ion cells.
Redwood Materials
The Reno, Nevada-based company, that’s also preparing to build cathodes and anodes for EV batteries, said it’s expanding a recycling partnership with the organization across the U.S. to collect used batteries, cellphones, laptops, electric tools and other devices at temporary dropoff sites. It builds on an initial program with Rotary that started this year in Silicon Valley.
with Volkswagen and Audi, Toyota, Ford, Volvo Cars, electric truck and bus maker Proterra and bicycle maker Specialized. It’s also got recycling programs with Amazon, Panasonic and ERI, North America’s largest electronics waste consolidator. The company didn’t say how much more material it expects to collect from the Rotary Club partnership.
United States Latest News, United States Headlines
Similar News:You can also read news stories similar to this one that we have collected from other news sources.
California’s move to phase out gas-powered cars could spark battery innovationsCharging stations alone may not be enough to support California’s shift to electric vehicles, potentially forcing a revolution in their battery design.
Read more »
The Need for Dead Cells: Lithium Recycling Market Is Facing Its Own Supply ChallengesUntil there are more EVs in the scrap yards, the materials from used lithium batteries will be in short supply for nearly a decade for battery recyclers.
Read more »
Jeep Recon, Jeep Avenger, Chevy Equinox EV: Car News HeadlinesA trio of Jeep electric SUVs and Chevrolet's upcoming Equinox EV all made headlines today.
Read more »
The five Bay Area cities that set all-time heat records on Sept. 6San Jose broke its all-time record, and Redwood City tied its 50-year-old mark.
Read more »
StoreDot Ships EV Battery Cell Samples To Global OEMs: 300 Wh/kgStoreDot has commenced shipping EV cell samples to strategic electric vehicle OEM partners and potential customers.
Read more »