Mixture Temperature-Controlled combustion of different biodiesels and conventional fuels

Flame Emission Spectroscopy Analysis of Distributed Liquid Fuel Combustion

“…The flame shape was varied based on ϕ and atomizing gauge pressure, p g . The current burner configuration allowed straight and V-shaped flames for both D and NG, while distributed combustion was available only with D [33]. The settings of the cases are detailed in Table 1.…”

“…Such flames produce sufficiently high luminous intensity to use shorter integration time by spectrometers. Nevertheless, these flames are accompanied by the highest pollutant emissions, making this option less favorable for current combustion systems [33]. The reason for the high emissions is the uneven, locally rich, and hence locally high-temperature mixture that fosters both thermal and prompt NO formation.…”

Post COVID-19 ENERGY sustainability and carbon emissions neutrality

“…Hidegh et al. [ 108 ] and Józsa et al. [ 109 ] have developed a novel mixture temperature-controlled combustion concept that enables to operate biofuels with low emissions at certain operating conditions and fuel injection strategy.…”