Oxy-fuel combustion is one of the most promising technologies to isolate efficiently and
economically CO 2 emissions in coal combustion for the ready carbon sequestration. The …

The chemical percolation devolatilization (CPD) model for coal pyrolysis was first published
in 1989, and a completed version that included the vapor–liquid equilibrium model and …

A resolved laminar flow simulation approach is used to investigate the effect of enhanced
oxygen levels on single coal particle ignition, comparing the numerical results against …

Direct numerical simulation (DNS) is performed to characterize volatile combustion of
isolated coal particles and closely spaced particle ensembles in laminar and turbulent flow …

The heat-up, devolatilization, ignition and volatile combustion of single coal particles and
particle arrays in laminar and turbulent flow are investigated by direct numerical simulation …

Combustion models are important for simulating chemical reaction properties and the
turbulence-chemistry interaction (TCI) in combustion. However, little attention has been paid …

This study applied the high temperature stage microscope to investigate coal char
combustion in air (O 2/N 2) and O 2/CO 2 (volume, 21%/79%) atmospheres with the effect of …

In this paper, applying OH-PLIF diagnostics, we explored the ignition and volatile
combustion of dispersed coal particle streams in a Hencken flat-flame burner. The effects of …

The effects of the pulverized coal concentration, particle size, oxygen concentration, and
initial combustion pressure on the flame propagation behavior of pulverized Shenhua …

A numerical and experimental study on the devolatilization of a large biomass particle is
carried out to quantify the effect of homogeneous volatile combustion on the conversion of …