Nickel has been considered a promising nonprecious metal for propane dehydrogenation
(PDH) because of its appealing ability to activate alkane molecules; however, synthesis of …

The control of volatile organic compounds (VOCs) from cooking oil fumes via synergic
photothermocatalytic oxidation not only saves energy, but also helps to reduce carbon …

Based on the advantages of favorable thermodynamics and coking resistance of ethane
oxidative dehydrogenation and the challenge of low ethylene selectivity, chemical looping …

The greenhouse gas CO 2 is a promising soft oxidant for the oxidative dehydrogenation of
light alkanes. However, the occurrence of side reactions including cracking, hydrogenolysis …

The direct oxidation of methane to methanol as a liquid fuel and chemical feedstock is
arguably the most desirable methane conversion pathway. Currently, constructing and …

Single-site copper-based catalysts have shown remarkable activity and selectivity for a
variety of reactions. However, deactivation by sintering in high-temperature reducing …

Better emission control of internal combustion engines can be achieved by more efficient
catalytic hydrocarbon combustion at low temperatures. For a knowledge-based design of …

Alternative-type bulk ZrO2-based catalysts for propane dehydrogenation have attracted
increasing attention. Here, we studied the effects of ZrO2 morphology on material …

Contradiction between catalytic activity and coking-resistivity of propane dehydrogenation
(PDH) has been a major concern. Here, the potential of using pristine MXenes as supports …

Rational screening of efficient supported metal catalysts is still a great challenge due to the
complicated reaction mechanism for selective polyol oxidation. Exemplifying glycerol …