Since its discovery, the Flameless Combustion (FC) regime has been seen as a promising
alternative combustion technique to reduce pollutant emissions of gas turbine engines. This …

For modeling the formation of nitrogen oxides in combustion via both the prompt-NO and the
fuel-NO mechanisms, as well as for modeling the reduction of nitrogen oxides via reburning …

The present study investigates the characteristics of Moderate or Intense Low-oxygen
Dilution (MILD) oxy-combustion in a laboratory-scale furnace. Experiments using natural gas …

Even in the presence of the formidable growth of renewable energy sources, advanced
combustion processes have and will continue to have an irreplaceable role as a driving …

Moderate or intense low-oxygen dilution (MILD) combustion has the advantages of high
thermal efficiency and ultralow NO x emissions. This technology has attracted extensive …

The dilution of fuel− air mixtures by exhaust gases (mainly CO2, H2O, and CO) affects the
kinetics of combustion. This dilution is used in gas turbines and flameless combustor to …

This paper presents a series of measurements on pulverized coal MILD flameless
combustion in a pilot-scale facility for nitrogen oxides (NO x) emissions reduction. Local …

Turbulent jet ignition (TJI) is a promising technology for burning ultra-lean mixtures; the
process is comprised of hot reactive jets issuing from a pre-chamber (PC) and initiating …

The reduction of NO x emission in the combustion process is of vital importance to satisfy the
increasingly strict NO x emission standards. Although substantial progress has been made …

Autoignition and stabilization of distributed combustion regimes have been proved to occur
when a sufficient entrainment of hot species in the fresh reactants jets is reached, thus …