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 …

Centrally staged swirl combustion can effectively reduce NO x emission. However, the
complex combustion field is susceptible to producing large-scale coherent structures, such …

In this work, the swirling flow structure was studied experimentally and numerically in a wide
range of operating parameters at a laboratory model of the promising furnace of pulverized …

In this research, the effects of air swirling on the emission and combustion characteristics of
a cylindrical furnace fueled with various diesel-biodiesel-n-butanol and diesel-biodiesel …

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 …

In pulverized oxy-fuel biomass combustion, intricate interaction of complex fluid-mechanical,
particle-dynamical, and chemical processes manifests even at intermediate scales. This …

This paper presents an assessment of the effects of methane assistance on pulverized
biomass swirl flames specifically regarding flow fields and flame structure. Experiments are …

A 16-kW th coal-fired furnace with a dual swirl burner was constructed to investigate the
combustion characteristics with/without an exhaust tube vortex (ETV) flame, the combined …

In an integrated gasification combined cycle (IGCC) power plant, the initial operating
procedure is driven by natural gas first, and then by H 2/CO syngas. This study attempted to …

The effects of the particle sizes of pulverized coal on the flame structure in a coal fire plant
were studied experimentally. This study mainly focused on the inner recirculation zone (IRZ) …