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

Vanadium-titanium-based catalysts are the most widely used industrial materials for NO x
removal from coal-fired power plants. Owing to their relatively poor low-temperature deNO x …

Mercury emitted from coal-fired power production industries is an enormous threat to human
health and ecosystems. Sorbent injection is a promising and feasible strategy for mercury …

Low temperature NH3 selective catalytic reduction (NH3-SCR) technology is an efficient and
economical strategy for cutting NO x emissions from power-generating equipment. In this …

Samples of magnetic iron–manganese binary oxide supported on activated carbon fiber (Fe
3− x Mn x O 4/CNF) were prepared for Hg 0 removal from flue gas. The results showed that …

Chemical looping combustion (CLC) of coal for carbon capture utilization and storage is an
effective technology to reduce carbon emission due to smaller energy penalty and inherent …

Nanosized ZnIn 2 S 4 supported on facet-engineered CeO 2 nanorods were prepared by
solvothermal method to effectively capture gaseous elemental mercury from flue gas. The …

The crystal structure of TiO2 strongly influences the physiochemical properties of supported
active sites and thus the catalytic performance of the as-synthesized catalyst. Herein, we …

Several preparation methods for current spinel compounds are briefly introduced. The
effects of temperature and flue gas components on the removal of Hg0 over spinel …

Mercury emissions from power stations have threatened the natural environment and human
health. Adsorption is one of the most effective technologies for the abatement of mercury. As …