All electrocatalysis articles
-
ResearchMetal swarf transformed into electrodes for hydrogen production
Nanotextured surface of titanium and nickel waste supports platinum and cobalt atoms to create effective electrocatalysts
-
ResearchAerophobic electrodes prevent bubble coalescence and boost mass transport
Hydrogel electrode coating improves the efficiency of gas evolution reactions
-
ResearchReference electrode misuse sparks alarm among electrochemists
Inaccurate measurements caused by poor practice has meant that electrochemists are educating others on how to maintain accuracy when venturing into the world of electrocatalysis
-
ResearchPolymer upcycling strategy adds azide groups with electrocatalysis
Azido-modifications serve as diversification points for click transformations
-
ResearchElectrophotocatalysis widens the scope of carbonyl olefination
New approach avoids the strong bases associated with the Wittig reaction, supporting a wider range of starting materials
-
ResearchHelicenes are the ‘first true organic electrocatalyst’ for carbon dioxide reduction
Bio-inspired molecules accelerate catalytic carbon dioxide reduction and offer advantages in stability and tuneability
-
ResearchChiral molecules beat magnets when it comes to boosting water splitting
Decorating the catalyst with helicenes doubles the activity of the oxygen evolution reaction
-
ResearchElectrocatalytic hydrogen atom transfer could give industrial organic synthesis a boost
The new approach – inspired by decades of energy storage research – is selective, efficient and sustainable
-
ResearchSqueezed crystal becomes better catalyst
Fine-tuning platinum’s lattice strain with removable atomic spacers boosts its catalytic activity by up to 50%
-
ResearchElectrocatalysis offers green alternative for ethylene purification
Copper catalysts enable selective and efficient acetylene reduction at ambient conditions
-
ResearchAlkali cations boost carbon dioxide reduction into feedstock chemical
Discovery enables continuous-flow electrolysers with industrial potential
-
FeatureAmmonia synthesis goes electric
James Mitchell Crow finds that the outlook for renewables-powered electrochemical ammonia production is beginning to brighten
-
ResearchMachine learning concocts carbon dioxide conversion catalyst
Computation guides experiments towards a de-alloyed copper–aluminium catalyst
-
ResearchCatalyst rapidly turns carbon dioxide into simple chemicals breaking activity record
Ionomer coating improves gas transport to electrode surface
-
NewsBird droppings to help cut the crap in graphene doping papers
Dramatic illustration shows there’s little value in doping graphene electrodes to make better water splitting catalysts