Mercury emissions from coal-fired power plant flue gas (CFFG 1) threaten the natural
environment and human health, and this has attracted the attention of environmental …

Vast quantities of ash are produced in coal combustion power stations annually. Including
aluminosilicate matrix, all ashes also contain unburned carbon (UC) of varying amounts; in …

Novel magnetic biochars (MBC) were prepared by one-step pyrolysis of FeCl3-laden
biomass and employed for Hg0 removal in simulated combustion flue gas. The sample …

Engineering metal-based nanoarchitectures and their atomic-scale arrangement is a
promising avenue for enhanced mercury adsorbent activities. Interactions between metal …

The role of natural gas in mitigating greenhouse gas emissions and advancing renewable
energy resource integration is undoubtedly critical. With the progress of hydrocarbons …

The emission and migration characteristics of Hg from an ultra low emission (ULE) coal-fired
power plant in China was investigated. During the tests, the flue gas was sampled …

MnO 2 has been found to be a promising material to capture elemental mercury (Hg 0) from
waste gases. To investigate the structure effect on Hg 0 uptake, three types of one …

MnO 2-based sorbents have been considered as potential materials for Hg removal due to
their high adsorption ability and high activity in the catalytic oxidation of Hg in coal-fired flue …

Catalytic oxidation of elemental mercury from flue gas is a promising way in the field of
mercury pollution control. Among catalysts for Hg oxidation, MnO 2-based materials showed …

Manganese oxides with different crystallographic structures were investigated for gas-phase
elemental mercury removal. The inherent thermal regeneration performance and …