Catalysis – Page 8
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ResearchCatalyst turns mixed plastic waste into natural gas
Swiss researchers are now scaling-up the technology
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ResearchZinc a double-edged sword when it comes to nickel catalysis
Mechanistic studies shed light on the role of zinc salts in cross-coupling reactions
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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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ResearchSegregation strategy for methane conversion enables new chemical reactivity
Model built to quantify effect of compartmentalisation on organometallic reaction
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ResearchSingle atom catalysts double up to link oxidation and reduction
Photosynthesis inspires dual electrolytic system where iron-supporting shell envelops palladium-supporting ‘yolk’
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ResearchAmine might end palladium’s reign over classic cross coupling reaction
Suzuki reaction now comes in an organocatalysed format
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ResearchCatalyst 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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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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ResearchMechanochemistry makes ammonia under mild conditions
Ball-milling process could reduce energy consumption associated with key fertiliser feedstock
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ResearchKatritzky reaction rate turbocharged by glassware
Amine transfer reaction can be sped up as much as 33 times by the presence of glass
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ResearchSurface chemistry discovery points way to cheaper water splitting
New experiments reveal the true mechanism of electrocatalysed oxygen evolution reaction
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ArticleFaster pharma: Catalytic innovation combats precious metals supply chain pain
Precious metal catalysts are key to pharma but subject to market forces that make reliance on supply a double-edged sword.
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ResearchNew approach to make chiral amines from internal olefins revealed
Clever reaction design enables the direct addition of N–H bonds to unactivated internal alkenes with high enantioselectivity
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FeatureArtificial enzymes: catalysis by design
Enzymes are nature’s ultimate catalysts and chemists are now on the verge of making their own versions from scratch
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FeatureHomogeneous C–H activation
In the final instalment of our grails series we look at how picking and choosing which bond to target holds the promise of transforming organic molecules at will
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ResearchHybrid light–matter particles offer tantalising new way to control chemistry
Early experiments are revealing that vacuum-field catalysis could make reactions happen with mirrors and nothingness
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ResearchNano-stirrer bars for microscale mixing made via continuous electrospinning method
Tiny stirrer bars could simplify the design of microfluidic platforms
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ArticleNew frontiers in synthetic chemistry conference
An accomplished lineup of speakers will present at the New frontiers in synthetic chemistry conference co-hosted by AstraZeneca and the Royal Society of Chemistry in November
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FeatureAmmonia synthesis goes electric
James Mitchell Crow finds that the outlook for renewables-powered electrochemical ammonia production is beginning to brighten