Single-atom catalysts (SACs) have obtained a great deal of attention in many catalytic fields
due to the high atom utilization efficiency and high catalytic activity. Recently, great …

Oxidation into CO2 is a major solution to CO abatement in air depollution treatments. The
development of catalytic converters led to an extraordinary high number of publications on …

The hydrogenation of CO2 was investigated over a wide range of reaction conditions, using
two Pd/γ-Al2O3 catalysts with different Pd loadings (5% and 0.5%) and dispersions (∼ 11 …

Layered bismuth oxychloride (BOC) exhibits highly efficient activity for photocatalytic
environmental remediation due to the confinement effect induced excitonic photocatalytic …

Biofuel or biochemical production from biomass, especially lignocellulosic biomass, is the
most promising option to replace fossil-based products to achieve sustainability. However …

Because of their heterogeneous nature, supported metal catalysts always contain metal
centers in a rather broad dispersion range, and the presence of even atomically dispersed …

CO2 methanation at low temperature and atmospheric pressure was studied over Rh/TiO2
catalysts focusing on the effect of Rh particle size on the activity and reaction mechanism …

Catalytic oxidation of formaldehyde (HCHO) to CO2 at ambient conditions is of great interest
for indoor HCHO purification. Here, we report that sodium-doped Pd/TiO2 is a highly …

A catalyst formed as an aggregate of highly dispersed palladium and magnesium in silica
was prepared using a reverse microemulsion synthesis. After calcination, the catalyst …

High temperature reduction generally induces the sintering of supported noble metals,
therefore resulting in a negative effect on their performance. Here, we show that high …