The global demand for utilization of renewable fuels in gas turbines has been on the
increase to secure a sustainable, and pollution free environment. In this paper, the reviewed …

MILD combustion is usually operated at relatively low thermal intensity to achieve uniform
temperature field and low pollutant emissions, further understanding of its emission …

This study conducts experimental and numerical investigations on a stagnation-point,
reverse-flow combustor to examine the effect of its design features on the combustion …

The acoustic signal and heat release fluctuations are examined from a swirl combustor
using methane as the fuel. The focus was on flame stability and noise emission that have …

This paper reports the combustion and emission characteristics of the premixed MILD
combustion of propane established by a single jet burner in a laboratory-scale cylindrical …

This paper examines the development of ultra-low emission colorless distributed
combustion (CDC) for gas turbines, operating at thermal intensity in the range of 5–453 …

The present study investigates the combustion dynamics of low-calorific value syngas in the
reverse-flow configuration at P= 1 atm using OH* chemiluminescence (5 kHz), noise (50 …

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 …

The dependence of NO emissions on the equivalence ratio (Φ) is a classic problem in
combustion science. In many combustion textbooks, as Φ increases from 0.5 to 1.0, the NO …

Distributed combustion has demonstrated significant performance gains, especially on
combustion efficiency and near zero pollutants emission. Controlled mixture preparation …