The oxidative dehydrogenation of propane using CO2 (CO2-ODP) is a promising technique for high-yield propylene production and utilization. Unfortunately the efficiency existing catalysts limited, therefore, developing highly efficient catalyst CO2-ODP great importance chemical industry. Here we report Pt–Co–In ternary nanoalloy on CeO2 that has (Pt1?xCox)2In3 pseudo-binary alloy structure exhib...

With a focus on catalysts prepared by an excess-chloride wet impregnation procedure and supported the zeolite ZSM-5(30), introduction of low concentrations tertiary base metals, in particular Cu, into AuPd nanoparticles can be observed to enhance catalytic activity towards direct synthesis H2O2. Indeed optimal catalyst formulation (1%AuPd(0.975)Cu(0.025)/ZSM-5) is able achieve rates H2O2 (115 m...

Homogeneously alloyed bimetallic particles of AuPd with an average size of ca. 2 nm were successfully prepared by simultaneous sputter deposition of Au and Pd in an ionic liquid in the absence of any additional stabilizing agents. The chemical composition of the AuPd alloy was tunable depending on the area fraction of Au plates in the Au-Pd binary targets for sputtering. The particles were immo...

The accuracy and efficiency tuning the local electronic structure of catalyst active sites are pre-requisites for achieving high selectivity CO2 reduction reaction on a wide potential window, whereas remain great challenge. Here, B-doped CuIn alloy with tunable highly effective electrochemical conversion to CO has been exploited. obtained performs an optimal Faraday 99% at –0.6 V (vs. reversibl...