New Battery Research
Recovering Lithium Waste From Batteries
Recovering lithium waste from batteries after their useful life has ended, is a challenge. This…
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New Battery Research
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More Energy in Iron-Based Batteries
Rechargeable iron-based batteries use iron metal as their key active material in their electrodes. Working…
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Towards Sustainable High Capacity Batteries
Northwestern University in Illinois, United States, has its eyes looking ahead towards sustainable high capacity…
Battery Technical
Double Layer Anodes in Silicon Batteries
Silicon-based batteries are a lithium-ion variety with their own special anodes. Battery manufacturers either add…
Battery Technical
Repurposing Batteries As Fertilizer
Scientists at University of Wisconsin in Milwaukee have found a way of repurposing batteries as…
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Towards Safer Lithium-Ion Batteries
Researchers at China’s University of Hong Kong have taken a significant step towards safer lithium-ion…
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First Dual Lithium-Sodium Battery
Scientists at Limerick University in Ireland, co-developed a world-first dual lithium-sodium battery that could reshape…
Battery Technical
Predicting Lithium Intercalation Rates
There’s a fundamental reaction in batteries that we call intercalation. Lithium ions in an electrolyte,…
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Thermally Engineering Battery Recycling
Thermal engineering is a subset of the profession involving generation, conversion, use and transfer of…
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Creating Solid Electrolytes For Batteries
Solid-state lithium metal batteries with solid electrolytes, are attracting worldwide interest. This is because the…