EV battery recycling key to future lithium provides
by Andy Fell for UCD Information
Davis CA (SPX) Jun 02, 2025
Light-weight, highly effective lithium-ion batteries are essential for the transition to electrical autos, and international demand for lithium is ready to develop quickly over the following 25 years. A brand new evaluation from the College of California, Davis, revealed Could 29 in Nature Sustainability, seems at how new mining operations and battery recycling may meet that demand. Recycling may play a giant position in easing provide constraints, the researchers discovered.
“Batteries are an unlimited new supply of demand for lithium,” mentioned Alissa Kendall, the Ray B. Krone endowed professor of Environmental Engineering at UC Davis and senior creator on the paper.
Lithium is a comparatively widespread mineral and as much as about 10 years in the past demand was comparatively small and regular, with a small variety of mines offering the world’s provide, Kendall mentioned. World demand for lithium has risen dramatically – by 30% between 2022 and 2023 alone – as adoption of electrical autos continues.
“Governments have to know the place lithium will come from and if we’ll run out,” she mentioned.
Earlier analysis has centered on forecasting cumulative demand over the following 30 years in contrast to what’s recognized to be within the floor, mentioned graduate pupil Pablo Busch, first creator on the paper. However opening a brand new lithium mine is a doubtlessly billion-dollar funding that might take 10 to fifteen years to start manufacturing, he mentioned. New mining proposals will be delayed or cancelled by environmental rules and native opposition.
“It is not nearly having sufficient lithium, it is how briskly you’ll be able to extract it,” Busch mentioned. “Any provide disruption will decelerate electrical automobile adoption, lowering mobility entry and lengthening the operation of combustion engine autos and their related carbon emissions.”
There are three principal sources of usable lithium, so as of ease of extraction: briny water from deep underground; rocks; and sedimentary clays. Half the world’s lithium at the moment comes from Australia, the place it’s largely mined from rock. Elements of South America and the USA have lithium-rich brine in geothermal areas and oilfields, and the USA additionally has lithium-bearing clay.
A fourth supply of lithium is from recycling of outdated batteries. That is nonetheless a comparatively costly course of in comparison with mining, Kendall mentioned.
Modeling provide and demand
Busch and Kendall modeled how the necessity to open new lithium mines would change over time underneath various demand situations. They forecast that underneath the high-demand state of affairs, as many as 85 new and extra lithium deposits would have to be opened up by 2050. However this might be dramatically decreased, to as few as 15 new mines, by insurance policies that push the market towards smaller batteries and intensive international recycling.
Battery recycling has an outsize impact in the marketplace, the researchers mentioned.
“Recycling is absolutely vital for geopolitical and environmental causes,” Kendall mentioned. “When you can meet a small share of demand with recycling, it may possibly have a big effect on the necessity for brand new mines.”
Timing is every thing. Some new mines have to open to create a move of lithium that may be recycled. Relying on the demand state of affairs, recycling would make the most important distinction round 2035.
Effectivity requirements for electrical vehicles and enhancements to the general public charging community to scale back “vary nervousness” may additionally average lithium demand by encouraging smaller vehicles.
Further authors are Yunzhu Chen and Prosper Ogbonna, each at UC Davis. The work was funded by grants from the Heising-Simons Basis and the ClimateWorks Basis.
Analysis Report:Effects of demand and recycling on the when and where of lithium extraction
Associated Hyperlinks
University of California – Davis
Powering The World in the 21st Century at Energy-Daily.com
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