Adsorption and catalytic oxidation are presently considered to be the most cost-effective and
feasible methods for Hg 0 removal from coal-fired flue gas. For most of the catalysts/sorbents …

To remove Hg 0 from coal combustion flue gas efficiently and economically, a magnetically
recoverable sorbent fabricated by incorporating γ-Fe 2 O 3 into attapulgite and subsequently …

The injection of Hg adsorbent is commonly received as the most effective method for Hg
removal in coal-fired flue gas. Both of SO 2-poisoning resistance and magnetism are of great …

It is difficult to stabilize gaseous elemental mercury (Hg°) on a sorbent from SO 2-containing
industrial flue gas. Enhancing Hg° oxidation and activating surface-active sulfur (S*) can …

Abstract La 0.8 Ce 0.2 MnO 3 perovskite catalyst was employed for elemental mercury (Hg
0) oxidation in coal combustion flue gas. The effects of flue gas components, including O 2 …

The key to obtaining a cost-effective and environmentally friendly technique for elemental
mercury (Hg0) immobilization from industrial flue gases lies in the development of a highly …

A core–shell catalyst which consists of a Co 3 O 4 core and ZSM-5 shell, was prepared by
microwave hydrothermal method and subjected for dichloromethane (DCM) oxidation …

Oxidizing elemental mercury (Hg0) to Hg2+ is an effective way to remove Hg0 from flue gas.
Surface-active oxygen species are considered to be important active sites in Hg0 oxidation …

A novel biochar containing highly-dispersed cobalt oxides was prepared by one-step
pyrolysis using Co-enriched Siberian Iris as the raw material, and it was used for elemental …

The influences of SO 2 on Hg° removal over the 1V-8Ce/AC sorbent were systematically
investigated at low temperatures. The experimental results showed that SO 2 has a dual …