Currently, selective catalytic reduction of NO x with NH3 in the presence of SO2 is still
challenging at low temperatures (< 300° C). In this study, enhanced NO x reduction was …

Water vapor is one of the main factors that deactivate an ozone decomposition catalyst,
which limits its applications under practical conditions. In this work, a heterostructured …

Metal− organic framework (MOF) derived carbon-based nanocatalysts have received great
attention in environmental remediation applications. Herein, a hollow carbon polyhedron …

Recently, photocatalytic NO x treatment has attracted great attention on account of the use of
environmental-friendly and tremendous energy source. However, the difficult recovery of …

The design of a micro-/nanoreactor is of great significance for catalytic ozonation, which can
achieve effective mass transfer and expose powerful reaction species. Herein, the …

In this study, manganese oxide (MnO) dispersed on CN (Mn-nCN) was fabricated as a
catalyst in heterogeneous catalytic ozonation (HCO), achieving excellent catalytic …

Catalysis oxidization has been known to be an effective technique in environmental
remediation. However, low efficiency for oxygen activation and difficult recovery of the …

Abstract In this work, the 3.0 F-Co 3 O 4 catalyst was synthesized by sol-gel method with the
assistance of F127 and used for eliminating the N 2 O pollution from nitric acid plants …

Catalytic ozonation is a new method used for removal of NH4OH solution. Therefore, high
catalytic performance (activity and selectivity) should be achieved. In this work, we report the …

This study aims to clarify the effect of Ni addition on the enhancement of the NO reduction
activity of Cu/Al2O3, which possesses high thermal durability, and to elucidate the …