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Solar-powered evaporators extract lithium from water

Summary by Cosmos Science
a) Schematic diagram of λ-MnO2 bandgap modulation. b) MnPE enables selective lithium ions capture and freshwater extraction simultaneously. Credit: Yang et al 2025 With the global demand for lithium continuing to rise for use in rechargeable batteries, researchers from China have developed a potentially more sustainable method for producing the critical resource. The new method uses solar-powered evaporators to extract lithium from highly saline…

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Cosmos ScienceCosmos Science
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Solar-powered evaporators extract lithium from water

a) Schematic diagram of λ-MnO2 bandgap modulation. b) MnPE enables selective lithium ions capture and freshwater extraction simultaneously. Credit: Yang et al 2025 With the global demand for lithium continuing to rise for use in rechargeable batteries, researchers from China have developed a potentially more sustainable method for producing the critical resource. The new method uses solar-powered evaporators to extract lithium from highly saline…

·Washington, United States
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Cosmos Science broke the news in Washington, United States on Friday, September 5, 2025.
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