Mercury (Hg) emission from coal combustion has attracted considerable public concern
because of its harmful effects on human health and the ecosystem. The fundamental …

The injection of adsorbent can effectively remove Hg from syngas, in which metal oxide
based adsorbent (MOBA) is a promising adsorbent as their simultaneous adsorption and …

Electrocatalytic nitrate reduction reaction (NO3− RR) emerges as a highly efficient approach
toward ammonia synthesis and degrading NO3− contaminant. In our study, CeO2 …

To reduce the greenhouse effect caused by the surgery of nitrogen-oxides concentration in
the atmosphere and develop a future energy carrier of renewables, it is very critical to …

MnFe 2 O 4 has been regarded as a very promising sorbent for mercury emission control in
coal-fired power plants because of its high adsorption capacity, magnetic, recyclable and …

Ni/CeO 2 is considered as a potentially efficient catalyst for CO 2 methanation. Herein, all
possible reaction pathways of CO 2 methanation were investigated by the first-principles …

Natural pyrite (FeS 2) has been regarded as a kind of potential sorbents to control mercury
emission from coal-fired power plants because of its low cost and high affinity between …

A simple hydrothermal method for doping cobalt species into CeO 2 nanorods to prevent
deactivation of ceria and provide additional active sites for Hg 0 removal. The materials were …

LaMnO 3-based catalysts with perovskite structure have gained increasing interest for Hg 0
oxidation owing to their excellent catalytic activity, high thermal stability and unique redox …

Gaseous elemental mercury (Hg0) is of increasing concern in industrial flue gases because
of its difficult disposal. Currently, catalysis conversion and adsorption to oxidized species …