Major hurdles in Kraft lignin valorization require selective cleavage of etheric and C–C
linkages and subsequent stabilization of the fragments to suppress repolymerization …

Phosphorus (P) poisoning is one of the main factors accounting for the deactivation of diesel
oxidation catalysts (DOC) apart from sulfur poisoning and sintering of the Pt active sites. This …

Zeolite-loaded noble metal catalysts have demonstrated excellent performance in
addressing cold-start automotive exhaust NO x emissions and catalytic oxidation of VOCs …

This study investigates the effect of the Pt/Pd ratio on the oxidation activity and sulfur
poisoning/regeneration of diesel oxidation catalysts (DOC) using beta zeolites with high …

Interest in Pd/zeolites as automobile exhaust catalysts has driven research focused on
understanding the chemical environment of Pd active centers. Here, we studied the effects of …

This study demonstrates a comparison of oxidation performance and sulfur poisoning/
regeneration between zeolite-and alumina-supported Pt catalysts for their use as diesel …

CO 2 hydrogenation into valuable chemicals is industrially essential but very challenging
since CO 2 is chemically inert and the selectivity is difficult to control. Here, we design and …

We report a simple inorganic route for synthesizing a Pd/WO3 3D hollow sphere
nanocatalyst, where Pd nanoparticles are encapsulated and well distributed on porous …

The effective oxidation of NO is the key to the catalytic treatment of diesel vehicle exhaust.
Improving the NO oxidation ability is mainly to optimize the chemical state of the active site …

Because of their special physicochemical properties, pore-structured metal oxide catalysts
are widely used in environmental catalysis, energy chemicals, fuel cells, medicine, and other …