The influence of coal-particle size on nitrogen oxide (NO x) emission and burnout
characteristics was experimentally investigated in a pulverized coal-fired furnace. This study …

A numerical evaluation was performed to investigate the effects of swirl arrangement (co-
swirling and counter-swirling flows) and coal injection mode (non-, fully-, and partially …

Hybrid technologies combining fuel blending and air-staging processes have been applied
to a pulverized coal fired furnace to reduce NO x emissions. In this study, an Australian …

This work studies the ignition behavior and combustion characteristics of pulverized
pyrolyzed bituminous (PB) char blended with pulverized bituminous coal at different mass …

The leakage of pulverized coal easily results in fire and explosion accidents during coal
gasification process. A vertical pipeline was built with the high-speed camera, micro …

Optical non-intrusive measurements are performed to a 10 kW th laboratory-scale dual swirl
pulverized coal combustion burner in order to elucidate the behaviors of internal …

Experimental investigations were conducted on the effect of the exhaust tube vortex (ETV)
and the synergistic effect of the ETV and air staging on nitrogen oxide (NO) concentration …

Optical diagnostic techniques are applied to a 21 kW laboratory-scale pulverized coal–
methane burner to map the reaction zone during combustion, in mixtures with varying …

Oxy-steam combustion is a potential new-generation option for CO 2 capture and storage.
The ignition and combustion characteristics of single coal and biomass particles were …

For opposed wall-fired boilers, the dependency of NO x emission and burnout
characteristics on swirl intensity is not straightforward during air-staged combustion. In this …