Overly active catalysts may be ... four orders of magnitude—in hydrogenation activity driven by the presence of overly active palladium trimers in some of the alloys. The study also showed ...

Hydrogenation happens thanks to the presence of a catalyst -- usually a metal, such as nickel or palladium, or an alloy -- which allows the hydrogen atoms to bind with other molecules. Typically ...

Researchers from Tokyo Tech combined experimental and computational methods to investigate the hydrogenation pathway of NTP-promoted CO2 on the surface of Pd2Ga/SiO2 catalysts. The mechanistic ...

Together we embarked on a new direction involving single atom alloys as catalysts for selective hydrogenation reactions. Our microscope was uniquely suited for characterizing the atomic ...

Tsai and his colleagues investigated the potential of 12 Heusler alloys as catalysts for propyne hydrogenation, a reaction that is used in the plastics industry, and for the oxidation of carbon ...

Discover how advanced catalyst materials enable efficient CO2 hydrogenation, converting greenhouse gases into valuable fuels ...

Osaka University researchers synthesize an easy-to-handle nano-cobalt phosphide catalyst for efficient hydrogenation of ... therefore developed a non-metal alloy heterogeneous cobalt phosphide ...

The hydrogenation of CO 2 to hydrocarbon fuels and chemicals ... Over 100 hours of stable operation are possible with the catalyst. The NiFe alloy's LSPR action was shown to be enhanced by the NiFeAl ...

Together we embarked on a new direction involving single atom alloys as catalysts for selective hydrogenation reactions. Our microscope was uniquely suited for characterizing the atomic ...