This work is the first to examine the influence of renewable energy biogas addition on the
characteristics of methane self-excited thermoacoustic oscillation and pollutant NOx …

The addition of hydrogen to swirl stabilized methane-air flame in gas turbine has gained
more and more attentions in recent years. In the current study, flame structures, flame …

The ongoing energy revolution demands a drastic change in energy carriers used, which
especially stresses the industry and transportation, where combustion seems to have no …

A mesoscale diverging combustor with a cylindrical flame holder is developed to improve
the flame stability and obtain the steadily symmetrical flame, which can be used as heat …

This experimental study reports on the effect of swirl strength on the stability of non-premixed
biogas flame. The swirl strength was varied by changing the vanes angle (25° and 50°) of …

A biomethane production from biogas could result in an emission of waste gas to the
atmosphere. As these gases consist of methane up to 15 vol%, they should be utilized onsite …

CO2-diluted methane fuel is relevant to biogas combustion applications. Despite its poor
heating value and low reactivity, which limit its practical applicability, biogas gains popularity …

To improve the combustion intensity of biogas which is a renewable gas turbine fuel with
methane (CH 4) and CO 2 as major components, dimethyl ether (DME, CH 3 OCH 3) was …

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

A laboratory-scale gas turbine model combustor fueled with methane is studied
experimentally with the aid of three-dimensional computed tomography of …