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

Facing the increasing demand of atmosphere pollutant control, selective catalytic reduction
(SCR) technology has been widely applied in various industries for NO x abatement …

Nitrogen oxides (NO x) and mercury (Hg 0) produced from coal combustion are harmful to
atmospheric environment. Therefore, the development of high-performance SCR denitration …

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 …

NH 3-SCR is the best available technology for NO x abatement from power plant,
incinerators, gasifiers, and a well-established technology for on board NO x emission …

In this study, a green synthesis route was developed to prepare Ca and Co oxides
supported carbon aerogel from renewable alginate. The sodium alginate was adopted as a …

In the oxy-fuel combustion flue gas, a complex atmosphere of acid gases such as SO2, HCl,
and NO generally exist at the same time. In this work, the effects of SO2, HCl, and NO on Hg …

Commercial vanadium-titanium-based selective catalytic reduction (SCR) catalyst exhibits a
certain ability for mercury removal during the denitrification process of coal-fired flue gas …

A kinetic study of elemental mercury (Hg (0)) oxidation reaction over molybdenum (Mo)-
promoted vanadium (V)-based selective catalytic reduction (SCR) catalyst was carried out …

TiO2 catalyst in an internal-illuminated honeycomb photoreactor was prepared for Hg0
removal from flue gas. The Hg0 removal efficiency was above 95% under the optimal …