Manganese dioxide (MnO2) is a promising photo–thermo–electric‐responsive
semiconductor material for environmental applications, owing to its various favorable …

Selective catalytic reduction technology has been widely used to remove NO x. However,
the development of low-temperature selective catalytic reduction catalysts with high removal …

Tuning the interaction between the loaded metal oxide and the support material is an
efficient strategy to boost catalytic purification of ammonia (NH3) as an important factor in the …

The development of high-efficiency catalysts is the key to the low-temperature NH3-SCR
technology. The introduction of SO2 and H2O will lead to poisoning and deactivation of the …

Since the inception of urbanization and industrialization, emissions of volatile organic
compounds (VOCs) have become serious concern due to harmful effects on terrestrial biota …

SO 2 poisoning still is an unresolved problem for NH 3-SCR catalysts, especially under low
temperature conditions. Herein, a two-pronged approach has been applied on MnFe-TOS …

The catalytic degradation of volatile organic compounds (VOCs) at low temperature is still a
great challenge for indoor air purification. In this paper, the do** of single-atom Pt into …

Abstract In this work, Ce@ MnO x catalysts with core-shell structure were obtained via
simple hydrothermal treatment, and the redox capacity can be effectively improved through …

NO x produced by various combustion devices can cause serious harm to the environment
and human health. Selective catalytic reduction (SCR) denitration technology is the most …

Mechanism insight is suggested to be one of the most challenging issues in selective
catalytic reduction of NO with NH 3 (NH 3-SCR), and the development of efficient NH 3-SCR …