Abstract The production of 2-methylfuran (2-MF) through catalytic transfer hydrogenation of
furfural is a promising avenue in biomass-derived chemical synthesis. This process offers an …

Dehydrogenation is a chemical reaction that produces value-added hydrogen-deficient
chemical compounds with hydrogen molecules that can be ubiquitously used in chemical …

A rare earth element doping strategy is reported to boost the activity and enhance the
stability of MnO2 for selective formamide production through electrocatalytic oxidation …

Pt-based catalysts have been widely investigated for propane dehydrogenation (PDH) due
to their superior activation of C–H bonds. It is still a challenge to develop highly dispersed Pt …

Methane oxidation using molecular oxygen remains a grand challenge in which the obstacle
is not only the activation of methane but also the reaction with oxygen, considering the …

Understanding and mitigating catalyst deactivation in high-temperature alkane
dehydrogenation reactions is critical toward improving their energy and atom efficiency. In …

A huge variety of chemical commodities are built from propylene molecules, and its
conventional production technologies (naphtha steam cracking and fluid catalytic cracking) …

This study investigated the electronic structure of single-atom Rhodium (Rh) and Iridium (Ir)
adsorbed on defective and impurity-doped ZnO (0001) surfaces, and assessed their activity …

Surface organometallic chemistry has developed as an effective strategy for the rational
design and synthesis of well-defined, single-site Pt-based heterogeneous catalysts. Given …

Structured catalysts exhibit the advantages of high diffusion efficiency and low heat transfer
resistance, which have attracted increasing attention to non‐adiabatic gas–solid process …