Surface chemistry discovery points way to cheaper water splitting
New experiments reveal the true mechanism of electrocatalysed oxygen evolution reaction
Redox-less electron transfer in ‘weird’ material could allow powerful batteries
Models predict yttrium difluorocarbene could hold twice the charge of lithium-ion cells
Bio-inspired scaffold sequesters lead in damaged perovskite solar cells
System to address environmental and safety concerns also boosts performance
Seawater-splitting system could scale-up renewable hydrogen production
Simple cell has no moving parts making scale-up straightforward
Mechanochemical oxidation turns a profit from battery recycling
New lithium extraction method follows principles of green chemistry
Catalyst offers low temperature route to produce hydrogen
Molybdenum carbide catalysts with low loadings of platinum can perform water–gas shift reaction at just above room temperature
Solar powered chemical photoswitches can scavenge heat
Flipping between isomers allows harvesting and storage of ambient heat for months
Photo-rechargeable zinc-ion devices merge solar cell and battery tech
A low cost and stable battery that can recharge itself in sunlight could help make energy more accessible in developing rural areas
Mixing industrial byproducts offers greener thermal energy storage
A one-pot synthetic procedure turns lignin and fatty acid waste into a useful phase change material
Sustainable solar power
Can sustainable aviation fuels give us guilt-free flying?
Artificial photosynthesis: solar water splitting
The drive to recycle lithium-ion batteries
Ammonia synthesis goes electric
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Hydrogel boosts power of self-cooling solar panels
Material that sucks water from air increases solar cells’ performance by up to 19%
