Sub-zero water splitting marks a new dawn for solar hydrogen production
Method could provide a renewable energy source for the most remote and inhospitable locations in the world
Photocatalytic system mimics sunflowers by bending towards light
Phototropism boosts photocatalytic hydrogen peroxide production
Iodine revealed to be killer species that destroys tin-based perovskites
New insights into the mechanism that inactivates tin solar cells could lead to greener, more efficient devices
Chloroplasts enhanced with artificial dyes adsorb more solar energy
AIEgen-modified chloroplasts can adsorb ultraviolet radiation and increase the efficiency of photosynthesis
Cooking up sustainable battery materials in the microwave
Improved sodium-ion battery anodes synthesised while avoiding conventional solvents
Jet fuel from sunlight and air could decarbonise the aviation industry
Larger versions of rooftop refinery could satisfy global demand for kerosene – if the sector commits to technological changes
Burning metal to make clean energy
An unlikely sounding technology that is greener than you might think
Materials swap cuts cost of green hydrogen device
Coating allows titanium electrolyser components to be replaced with stainless steel
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
The long road to sustainable lithium-ion batteries
Sustainable solar power
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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
