The development of processes with near-zero emissions such as MILD, flameless, and OXY-
fuel combustion are of great interest in various energy scenarios. The assessment and …

Colorless distributed combustion (CDC) combustion technology offers significant
advantages of ultra-low pollutants emission, stable operation and improved pattern factor for …

Since its discovery, the flameless combustion (FC) regime has been a promising alternative
to reduce pollutant emissions of gas turbine engines. This combustion mode is …

A novel combustor design assisted with increased hot air jet momentum is used to enhance
the internal recirculation. Geometric modifications are incorporated in terms of altered air …

In this work, results of comprehensive high-pressure tests and numerical simulations of high
momentum jet flames in an optically accessible combustion chamber are presented. A …

Multi-injector burner systems offer a high spatial-temporal mixture homogeneity due to their
small size and thus have a high NOx emission reduction potential at increasing flame …

A detailed investigation on flame structures and stabilization mechanisms of confined high
momentum jet flames by one-dimensional (1D)-laser Raman measurements is presented …

In this contribution, comprehensive optical and laser based measurements in a generic multi-
jet combustor at gas turbine relevant conditions are presented. The flame position and …

This paper presents an experimental and numerical study of the flow field and heat release
(HRL) zone of a six-nozzle FLOX®-based combustor at atmospheric pressure. The …

Gas turbines (GTs) will play a significant role in future power generation in order to
compensate for strong supply fluctuations due to the increasing contribution of renewables …