One of the most promising methods for clean utilization of hydrocarbon fuels and CO 2
capture is oxy-fuel combustion. However, report on oxy-fuel burning of industrial gas is still …

Ultrafine and highly light absorbing soot particles have been known to be harmful to human
health and a major climate forcer. Understanding the mechanisms of soot formation and …

This paper reports on the recent experimental and numerical results from a 35 MW front wall-
fired large pilot boiler. The boiler features a first-of-its-kind compatible design of oxy-fuel …

Process simulation and analysis are demonstrated to provide significant benefits for
pressurized oxy-fuel combustion systems. This study compares the performance of …

The oxy-fuel process is a promising technology for capturing carbon dioxide from power
plants. The fuel, in this case coal, is burned with pure oxygen instead of air in the oxy-fuel …

To achieve carbon neutrality, hydrogen/natural gas blends are gaining momentum as a
clean low-carbon fuel for the future. In order to accurately carry out the CFD numerical …

Soot, a product of insufficient combustion, is usually in the form of aggregate. The multi-
scattering of soot fractal aggregates has been proved to play an important role in studying …

All published weighted sum of gray gases models (WSGGM) were either developed for a
limited number of molar fraction ratios, MR, or include MR as a variable in their formulations …

This study presents weighted-sum-of-gray-gases (WSGG) model coefficients for mixtures of
H 2 O and CO 2 with fixed mole ratio of 2/1 for high total pressure conditions. The mole ratio …

Although fuel-NO formation is significant for the combustion of pulverized coal, biomass, and
heavy distillate fuels, its mechanism has not been systematically validated under air and oxy …