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Battery Waste to Valuable Methane
Methane is the main constituent of the natural gas we may use for cooking, heating,…
Browsing: New Battery Research
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Featured
Spent Batteries to Commercial Fertilizer
The recycling world is bracing itself for a virtual tidal wave of spent lithium iron…
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Tribocatalysis Recycles Battery Materials
‘Tribo’ means rubbing in the Greek language, and so ‘triboelectricity’ refers to static electricity achieved…
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3000 Cycle Sodium Battery Shows Promise
Sodium-ion batteries employ sodium ions as their charge carriers. Their cathodes are traditionally prussian blue derivatives, teamed with…
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Anode-Free Solid Lifespan Grows Dramatically
Scientists from the Thin Film Materials Research Center of Korea Research Institute of Chemical Technology (KRICT), have made…
Battery Technical
Solid State Battery With Multilayered Electrolyte
‘Xiǎomǐ’ is the Chinese word for ‘millet’. Millet is a gluten-free grain, which can sprout…
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Surrey Battery Captures CO2 Gas
Lithium-Carbon Dioxide batteries (Li-CO2), use carbon dioxide from the atmosphere as their energy charge carrier.…
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Adelaide Zinc-Iodine Battery Looks Promising
Zinc-iodine batteries are naturally safe. Their low cost, and low environmental impact make them great…
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Innovative Lithium-Air Battery For Storage
Argonne National Laboratory has announced a novel lithium-air battery, with potentially four times the density…
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IMDEA Creates Smart Electrolyte for Li-Ion
IMDEA Materials Institute is part of the Madrid Institute for Advanced Studies. The overall intention…