Mercury is harmful to the human body and to the ecological environment. Mercury emission
from coal-fired power plants is one of the main sources of anthropogenic mercury emissions. …

Six biomasses (rice, tobacco, corn, wheat, millet and black bean straws) were used to prepare
biochar. The mercury removal performance of the obtained biochars after H 2 S plasma …

A series of Mn-Fe/ZSM-5 catalysts with varying amounts of iron doping were prepared via the
impregnation method and their catalytic activities in Fast SCR and NO oxidation evaluated. …

The co-combustion of solid fuel and ammonia can effectively reduce carbon emissions.
There is relatively little research on the co-combustion of ammonia and solid fuel in thermal …

The distribution method of coal and sludge is an important factor affecting co-combustion, but
few studies have been carried out in most papers. The influence of different fuel distribution …

This study investigates the effects of the ammonia blend ratio and the number of nozzle
layers on boiler combustion characteristics and NOx emissions by the computational fluid …

Catalytic coal combustion is a promising technology to realize efficient utilization of coal,
however, the catalysis in the coal combustion process is unclear. This paper focused on the …

A series of CuCe catalysts were prepared by an incipient-wetness impregnation method for
selective catalytic reduction of NO in combination with dielectric barrier discharge plasma. …

CHMKIN software was used to optimize the mechanism of SNCR reaction. Then the optimized
18-element mechanism and CFD software were combined to simulate the process of …

Catalytic combustion is one of the most promising technologies to realize efficient and clean
coal combustion, but its catalytic mechanism is unknown until now. This study selected three …