Compared with conventional air combustion, the combustion mode and medium of
unconventional combustion technologies (oxy-fuel combustion, moderate or intense low …

Moderate or intense low-oxygen dilution (MILD) combustion has the advantages of high
thermal efficiency and ultralow NO x emissions. This technology has attracted extensive …

In this work a vertical furnace is used to investigate the MILD (Moderate or Intense Low-
oxygen Dilution) combustion characteristics of pulverized Victorian brown coal. This paper …

The integration of moderate or intense low-oxygen dilution (MILD) combustion technology
with oxy-fuel combustion, that is, MILD-oxy combustion, has a favorable compatibility to …

This paper presents a series of measurements on pulverized coal MILD flameless
combustion in a pilot-scale facility for nitrogen oxides (NO x) emissions reduction. Local …

Cocombustion technology of pulverized coal blending with NH3 has a promising use in
large-scale CO2 reduced emission. However, the unstable flame and high NOx emissions …

The present study numerically investigates the effects of the O 2 content (X O2) in the
oxidizer on the MILD combustion behaviours of large-proportion semicoke mixtures, such as …

The behavior of pulverized coal gasification reaction under MILD combustion regime will be
significant, and then it affects pulverized coal combustion. This work performs a …

The inlet velocity is an important parameter in the Moderate or Intense Low-Oxygen Dilution
(MILD) combustion. Different inlet velocities not only change the flow of the flue gas, but also …

Secondary air jet velocity is strongly related to flue gas entrainment in semicoke-blend MILD
combustion, which exerts a critical influence on the turbulence–chemistry interaction and …