Air pollution and climate issues are becoming serious, and particularly NO x cause acid rain,
ozone hole and disease of respiratory system for humans, which mainly come from …

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 …

Selective catalytic reduction of nitrogen oxides (NOx) with ammonia (NH3-SCR) has been
implemented in response to the regulation of NOx emissions from stationary and mobile …

Low-temperature NH 3-SCR denitrification catalyst was prepared by biological method
using Chlorella cells. In this process, Chlorella cells adsorbed Mn 2+ in manganous solution …

Abstract A series of SCR-C 3 H 6 catalysts derived from Cu x Ni y Fe z-LDHs were
synthesized via a modified co-precipitation method. The strong synergy between Ni and Cu …

A series of Co-doped Mn oxide catalysts with different Co/Mn molar ratios were prepared by
co-precipitation method, which was systematically characterized by XRD, SEM, H 2-TPR …

MnO x-based catalysts possess excellent low-temperature NH3 selective catalytic reduction
(NH3-SCR) activity, but the poor SO2/sulfate poisoning resistance and the narrow active …

A series of indium-modified manganese oxide catalysts with different ratios were prepared
by the homogeneous precipitation method. The appropriate amount of indium modification …

The synthesis process of conventional Mn-based denitrification catalysts is relatively
complex and expensive. In this paper, a resource application of chlorella was proposed, and …

A novel tactic was employed to evaluate the low-temperature NH3-SCR (selective catalytic
reduction) NOx removal property of manganese oxides (MnO x) in various valence states …