Batteries – Page 3
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ResearchMachine learning finds fluoride battery materials that could rival lithium
AI could help make new battery type that could store more energy than lithium-ion batteries viable
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ResearchPhotosynthesis used to power a microprocessor for over six months
System represents a breakthrough in the real-life applicability of biophotovoltaic devices
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ResearchWastewater from battery recycling plants mined for water-splitting catalysts
Electrocatalysts derived from metal pollutants used to generate hydrogen
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FeatureNot just batteries: The chemistry of electric cars
The materials required in battery-powered cars are providing new challenges to chemists and the chemical industry. Clare Sansom reports
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WebinarLead the charge: finding modern solutions for lithium-ion battery material characterisation
Learn how to gain novel insights into battery material thermal stability and creating more consistent slurries, allowing for improved performance and lifetime prediction
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BusinessBattery boom time
The fast-evolving market for vehicle batteries is driving commoditisation and consolidation, but also innovation
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ResearchStabilisation of rare allotrope could be key to making lithium-sulfur batteries work
Gamma sulfur allows batteries to operate in conventional electrolyte without cell-killing side reactions
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WhitepaperOptimising battery electrolytes with benchtop NMR
Discover how the development, manufacturing and lifetime of next generation batteries is being optimised by benchtop NMR spectroscopy
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FeatureThe labs pointing to a greener future for Africa
Tackling climate is not just a job for scientists in more developed countries. Munyaradzi Makoni talks to researchers in Kenya and South Africa to find out more
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ResearchCooking up sustainable battery materials in the microwave
Improved sodium-ion battery anodes synthesised while avoiding conventional solvents
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WebinarOptimising battery performance through materials characterisation
Discover how materials understanding is key to optimising the performance of battery technology and explore several key technologies to perform this characterisation
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ResearchFlip battery sideways for NMR studies
By turning button batteries on their side they can be studied by nuclear magnetic resonance without removing their metal casing
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ResearchChemical definition of brine as water could help clear up Chile’s lithium controversy
As evidence grows that lithium mining damages water sources, reclassifying brine as water – rather than as mineral – could empower Indigenous communities to protect their rights and convince mining companies to act more responsibly
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FeatureThe long road to sustainable lithium-ion batteries
Lithium-ion batteries could save the planet from petrol-driven cars, but do the batteries themselves live up to their sustainable reputation? Katharine Sanderson investigates efforts to make batteries better
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ArticlePeering inside a working battery
Characterisation techniques have reached the point where they can monitor in real-time what’s going on inside a battery. This is the way to a better battery and a more sustainable world.
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ArticleBetter batteries for a more sustainable world
Detailed characterisation is the best chance scientists have to make sure that the next generation of batteries are sustainable, recyclable and packed with energy.
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PodcastBatteries: The bedrock of the sustainable future
In this special podcast, find out how understanding the chemistry and materials that go into batteries marks the first step towards making them safer and increasing energy density, and unlocks new opportunities for reuse and recycling
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ResearchIntegrated design gives lithium–air battery room to breathe safely
Improved stability and cycling brings battery with highest theoretical energy density closer to market
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WebinarLi-ion battery electrolyte degradation characterization by mass spectrometry
Join us to learn how to streamline your battery research
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ResearchMechanochemical oxidation turns a profit from battery recycling
New lithium extraction method follows principles of green chemistry