Counterflow flames provide an ideal platform for understanding the flame structure and as a
model to study the effect of physical and chemical perturbations on the flame structure. This …

The aims of present study are to investigate the effective parameters in syngas MILD
combustion, including preheating temperature and dilution level of oxidizer, syngas …

Hydrogen hydrothermal combustion is a promising technology in the field of energy
conversion. The H 2–O 2 hydrothermal combustion is comprehensively investigated using a …

Abstract Moderate or Intense Low-oxygen Dilution (MILD) combustion of a syngas fuel under
air-fuel, oxygen-enhanced, and oxy-fuel condition are numerically studied with using …

In the present study, we investigate the combustion of low-calorific value syngas in a reverse-
flow combustor at a fuel thermal input of 3.3 kW. A reverse-flow combustor is known to …

This work presents an experimental and numerical study of extinction properties of 2, 5-
dimethylfuran (DMF) and 2-methylfuran (MF) in counterflow diffusion flames at atmospheric …

This paper discusses the effect of nitrogen (N 2) and water vapor (H 2 O) dilution in oxidizer
stream on the flame structure, and soot production and extinction of laminar ethylene (C 2 H …

The reduction of nitrogen oxides in the high temperature flame is the key factor affecting the
oxygen-enriched combustion performance. A numerical study using an OPPDIF code with …

The recent growing attention to energy saving and environmental protection issues has
brought attention to the possibility of exploiting syngas from gasification of biomass and coal …

In the present study, the influence of the oxidizer preheating temperature and oxygen mass
fraction as the effective parameters on the flameless combustion under oxy-syngas, air …