Ethylene is mainly produced by steam cracking of naphtha or light alkanes in the current
petrochemical industry. However, the high-temperature operation results in high energy …

This study reports the discovery of CoMoO x moieties with synergistic catalytic roles in C2H6–
CO2 catalysis. C2H6–CO2 catalysis occurs through multiple, concomitant catalytic cycles …

The improvement of Pt‐based catalysts for propane dehydrogenation (PDH) has progressed
by recent investigations that have identified Zn as a promising promoter for Pt subnanometer …

In this work, we have performed a quantum chemical study for the selective oxidation of
propane to propene on the M1 phase of a mixed-metal oxide catalyst, consisting of Mo–Nb …

Heterogeneous catalysts for alkane conversion reactions are required to possess both high
activity for C–H bond cleavage and selectivity to target products. This work employed an …

Oxidative dehydrogenation of ethane (ODHE), unlike traditional steam cracking processes,
can potentially be used to produce ethene at supra-ambient pressures, thereby reducing …

The heterogeneous catalytic oxidation of toluene by O 2 is an inherently safe and green
route for production of benzaldehyde, but after more than fifty years of effort, it remains a …

Selective alkane oxidations on metal oxide catalysts involve complex mechanisms with
multiple reactions in series and parallel, different types of reduced and oxidized surface …

Solid catalysts often operate at high surface coverage, but fully analyzing and leveraging
coverage effects remains challenging. Vinyl acetate (VA) synthesis via oxidatively …

High‐dimensionally structured (HDS) mixed oxides of vanadium with metals (M)(eg, Nb, Mo,
and W; denoted as HDS‐MVO) were constructed by {M6O21} 12− pentagonal units and …