Selective catalytic reduction with NH3 (NH3–SCR) is the most efficient technology to reduce
the emission of nitrogen oxides (NO x) from coal-fired industries, diesel engines, etc …

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 …

Human society is facing increasingly serious problems of environmental pollution and
energy shortage, and up to now, achieving high NH3-SCR activity at ultra-low temperatures …

The selective catalytic reduction (SCR) technique that converts NO x from the outlet of
industrial boilers at low temperature (< 200° C) requires catalysts that possess both the …

Herein, the origin and evolution mechanism of N2O formation over the MnFeOx spherical
catalyst were investigated in detail, accompanied by a comparison analysis of pristine MnOx …

Abstract The Sm doped CeO 2-TiO 2 mixed oxide catalyst, which exhibited excellent activity
and tolerance to H 2 O and SO 2 in the NH 3-SCR reaction, was synthesized. The reasons …

Urea electrolysis is a prospective technology for simultaneous H2 production and nitrogen
suppression in the process of water being used for energy production. Its sustainability is …

Abstract Several Mn and/or Ce oxides on blast furnace slag-derived (BFS-derived) zeolite X
catalysts were prepared to investigate their low-temperature NH 3-SCR performance. It was …

The visible light photocatalytic removal of NO in air is a promising way. BiPO 4 is restricted
by its wide band gap and can only be responded to ultraviolet light. Herein, 1D BiPO 4 …

Mn-based oxides are promising for the selective catalytic reduction (SCR) of NOx with NH3
at temperatures below 200° C. There is a general agreement that combining Mn with …