Nowadays, an increasing attention has been paid to the technologies for removing mercury
from flue gases. Up to date, no optimal technology that can be broadly applied exists, but the …

This paper reviews recent advances in the research and development of sorbents used to
capture mercury from coal-fired utility boiler flue gas. Mercury emissions are the source of …

Maximum atom efficiency as well as distinct chemoselectivity is expected for electrocatalysis
on atomically dispersed (or single site) metal centres, but its realization remains challenging …

Due to serious public health threats resulting from mercury pollution and its rapid distribution
in our food chain through the contamination of water bodies, stringent regulations have been …

Mercury is a pollutant of concern and mercury emissions from cement plants are under
environmental regulation. After coal-fired power plants, mercury emissions from cement and …

Sulfur abundant S/FeS 2 prepared by a hydrothermal method was employed for removing
elemental mercury (Hg 0) from coal-fired flue gas at low temperature. The S/FeS 2 exhibited …

The effect of varying physical and chemical properties of activated carbons on adsorption of
elemental mercury (Hg0) was studied by treating two activated carbons to modify their …

We report the synthesis of ion-exchangeable molybdenum sulfide chalcogel through an
oxidative coupling process, using (NH4) 2MoS4 and iodine. After supercritical drying, the …

A simple synthesis route to mesoporous carbons that contain heteroaromatic functionality is
described. The sulfur‐functionalized mesoporous carbon (S‐FMC) materials that have been …

Mercury capture from oxy-fuel combustion flue gas remains an enormous challenge for
carbon capture and storage because of the lack of cost-effective, sulfur-resistant and water …