Catalysts are essential in the catalytic oxidation technology for VOCs treatment. In the actual
conditions of VOCs degradation, the composition of industrial flue gas is complex, which …

The emission of gaseous pollutants from the combustion of fossil fuels is believed to be one
of the most serious environmental challenges in the 21st century. Given the increasing …

NOx and volatile organic compounds (VOCs) are two major pollutants commonly found in
industrial flue gas emissions. They play a significant role as precursors in the formation of …

The compositions of volatile organic compounds (VOCs) under actual industrial conditions
are often complex; especially, the interaction of intermediate products easily leads to more …

Modulating vanadia-based metal oxides is one of the effective methods for designing
difunctional catalysts for simultaneous control of NO x and chlorobenzene (CB) from the …

The effects of Ru on the V2O5–WO3/TiO2 catalyst were studied in NO x and chlorobenzene
(CB) simultaneous controls in terms of promoting the C–Cl cleavage and decreasing …

The synergistic catalytic removal of NO x and chlorinated volatile organic compounds under
low temperatures is still a big challenge. Generally, degradation of chlorinated organics …

Balancing the NH 3 selective catalytic reduction (NH 3-SCR) and catalytic oxidation
performance is difficult but necessary for the synergistic elimination of NO x and chlorine …

It is a major challenge to achieve effective synergistic reduction of NO x and VOCs in coal-
fired flue gas under complex working conditions. In this work, V-Cu bimetallic oxide catalysts …

The simultaneous control of Hg 0 and chlorinated organics has become the frontier of
environmental engineering but still lacks the understanding of synergistic oxidation …