Polyaromatic hydrocarbons, polycyclic aromatics or polyarenes are a major (by-) product
fraction of multiple classical, waste, and bio-refinery operations. They have an extremely …

The deactivation of Pt-based catalysts is the most critical problem in nonoxidative propane
dehydrogenation reaction (PDH), usually manifested in carbon deposition and active site …

Nonthermal plasma activation of light alkanes is an encouraging decarbonization strategy to
produce chemicals or fuels from abundant and/or flared carbon sources. However, prolific …

The PtIn nanoalloys with high surface energy are generally in a metastable state during
harsh reaction conditions, and the ordered alloy structure is not conducive to exposure of …

X-ray characterization of catalyst materials using synchrotron radiation has become more
widely available to the scientific community in recent decades. Techniques such as X-ray …

Reactant-induced structural evolutions of heterogeneous metal catalysts are frequently
observed in numerous catalytic systems, which can be associated with the formation or …

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

The effectiveness of a Ru-Fe/SiO 2 catalyst, which exhibits excellent propane
dehydrogenation with H 2 S co-feeding, was verified for the dehydrogenation of various …

The surface structures of heterogeneous catalysts significantly impact catalytic performance,
especially for structure-sensitive reactions. In this study, we employed surface techniques …

Ethane dehydroaromatization (EDA) is a potentially attractive process for converting ethane
to valuable aromatics such as benzene, toluene, and xylene (BTX). In this study, a …