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ResearchBio-inspired scaffold sequesters lead in damaged perovskite solar cells
System to address environmental and safety concerns also boosts performance
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Research
Seawater-splitting system could scale-up renewable hydrogen production
Simple cell has no moving parts making scale-up straightforward
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Opinion
Solving solar panel waste highlights the need for sustainable thinking
Moving to a circular economy requires political, economic and scientific cooperation
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Feature
Sustainable solar power
Getting energy from the sun isn’t renewable until the panels are recyclable. James Mitchell Crow talks to the scientists making it happen
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News
Ballooning coal use sees China’s energy agency face harsh criticism from the top
Energy security came at the expense of the environment with more coal power plants built than needed, report finds
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Research
Mechanochemical oxidation turns a profit from battery recycling
New lithium extraction method follows principles of green chemistry
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Research
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
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Research
New, cheaper catalyst turns carbon dioxide into jet fuel
Researchers envisage extracting carbon dioxide from the atmosphere to make ‘net-zero’ hydrocarbon fuel for jet engines
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Research
Solar cells perovskite films made at record low cost and speed
‘First industrially relevant attempt’ to scale up perovskite solar cell manufacturing makes 12 meters of material per minute, with one meter costing only $0.25
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Research
New record efficiency for flexible perovskite solar cells
Porous planar electron transport layer boosts power conversion efficiency in flexible perovskite solar cells to 20.7%
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Research
Additive mixture speeds up process for making combustible ice
Scientists address speed and stability issues surrounding hydrate formation
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Research
Surface chemistry discovery points way to cheaper water splitting
New experiments reveal the true mechanism of electrocatalysed oxygen evolution reaction
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News
Ten chemistry innovations that Iupac says could change the world
How chemistry can tackle plastic recycling, climate change and Covid-19 among other challenges
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Research
Redox-less electron transfer in ‘weird’ material could allow powerful batteries
Models predict yttrium difluorocarbene could hold twice the charge of lithium-ion cells
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Feature
Can sustainable aviation fuels give us guilt-free flying?
Angeli Mehta finds out if we can make jet fuel sustainably – and cheaply
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News
World’s first graphene-enabled perovskite solar farm trial up and running
A test bed solar energy system using graphene–perovskite panels has delivered ‘very promising’ early results
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Feature
Artificial photosynthesis: solar water splitting
The chemistry to mimic ones of nature’s greatest feats still has some hurdles to overcome
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Research
Solar cell concept used to enhance nuclear battery
New device uses a ruthenium dye to absorb beta radiation
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Feature
The drive to recycle lithium-ion batteries
Electric vehicles are surging in popularity but Patrick Hughes asks what happens once their batteries are no longer fit for purpose
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Research
Aluminium–nitrogen batteries offer alternative ammonia synthesis
Battery simultaneously stores energy and harnesses nitrogen to produce aluminium nitride
