This work designs an axial/tangential swirl jet burner to establish stable CH 4/O 2/CO 2
combustion under a wide range of operating conditions. As the flow rate of the axial fuel …

In this paper, the effects of coaxial airflow swirl number on blow-out limit, flame
characteristics, and emission performance of non-premixed methane/air and n-butane/air …

This work investigates the combustion characteristics of CH 4-air/O 2 turbulent swirling
flames in a co-axial burner with radial fuel injection. The burner configuration consists of two …

The present paper examines the capability of low swirl flows in stabilizing low calorific value
fuels. To such an aim, CO 2 gas is used to adjust the reactivity of CH 4/air mixtures. The …

Effects of oxygen enrichment and CO2 dilution on the characteristics of non-premixed
methane-air turbulent flames in a coaxial swirl burner are investigated in this article. The …

Revamp of air powered industrial boilers to oxy-combustion operation raises several issues.
In this study, the stabilization of CO 2-diluted premixed swirling CH 4/O 2 flames is …

Application of oxygen-enhanced combustion to existing fossil fuel energy systems to
facilitate CO 2 capture presents several challenges. This work investigates the combustion …

The stability characteristics of swirl-stabilized hydrogen-enriched CH4–O2–CO2 premixed
flames were experimentally investigated to determine the effects of hydrogen addition and …

Experimental and numerical studies were performed to understand the stabilization of lean
premixed natural gas/air flames in a gas turbine model combustor which was equipped with …

Flame jet impingement has been studied as an indispensable technique for direct heating
applications suitable for metal processing industries. The current experimental and …