All carbon dioxide articles – Page 3
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ReviewThe Story of CO2: Big Ideas for a Small Molecule
If you only read one book about climate change this year, make it this one
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ResearchReaction confined between copper nanopyramids transforms carbon dioxide into ethylene glycol
Copper arrangement promotes C–C coupling and lowers formation barrier for a key intermediate
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ResearchAlkali cations boost carbon dioxide reduction into feedstock chemical
Discovery enables continuous-flow electrolysers with industrial potential
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NewsLack of ambition in China’s economic plan leaves net zero emissions ambition adrift
Only a modest 4.1% increase in energy generation from non-fossil sources by 2025 planned
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ResearchCarbon dioxide turned into methanol by exploiting daily temperature changes
Pyroelectric catalysis technology used to make sustainable fuel
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ResearchNew, 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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ResearchActive volcano’s carbon emissions sampled by drones
Volcanic gas monitoring could help to predict future eruptions and understand the impacts of climate change
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ResearchMechanochemistry shakes up carbon capture with simple way to trap gas
When ground in a ball mill, solid lysine traps carbon dioxide in a quick and reversible manner
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ResearchSeeding oceans with volcanic ash could be new tool to tackle climate change
Tephra could encourage phytoplankton blooms that could potentially sequester huge amounts of carbon dioxide
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ResearchLaser carved copper catalysts unveil secrets of turning CO2 into fuels
Selectivity maps help identify optimal conditions to produce chemicals of choice
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ResearchMachine learning concocts carbon dioxide conversion catalyst
Computation guides experiments towards a de-alloyed copper–aluminium catalyst
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ResearchArtificial chloroplasts turn CO2 into multicarbon molecules, powered only by light
Microfluidic platform opens up non-natural metabolic pathways
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ResearchHydrogen bonds are single atom nickel’s secret for carbon dioxide reduction
Computational calculations show that hydrogen atoms and charge capacity are behind nickel’s high activity and selectivity in electrochemical carbon dioxide reduction
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OpinionFossil industries promise net emissions reductions
Can the oil industry really curb its carbon output fast enough to impact climate targets?
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ResearchDurable catalyst could enable large scale conversion of carbon dioxide to syngas
Nanocatalysts on crystalline supports show remarkable stability producing hydrogen and carbon monoxide
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ResearchCatalyst rapidly turns carbon dioxide into simple chemicals breaking activity record
Ionomer coating improves gas transport to electrode surface
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ResearchOcean motion turns carbon dioxide into renewable fuel
Bridge rectifiers and a supercapacitor help electrochemical system manage intermittent nature of wave energy
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ResearchCar exhaust fumes could be used to clean up the recovery of metals
Process could make carbon capture cheaper by providing a use for trapped CO2
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ResearchElectrolyser selectively consumes carbon dioxide in unpurified flue gas
Method tackles kinetic and thermodynamic hurdles