Effects of steam addition and/or injection on the combustion characteristics: A review
Due to increasing global energy demand and the fact that a major source of the required
energy is generated from fossil fuels, the combustion process has turned into a topic of …
energy is generated from fossil fuels, the combustion process has turned into a topic of …
Emissions of a wet premixed flame of natural gas and a mixture with hydrogen at high pressure
P Stathopoulos, P Kuhn… - … for Gas Turbines …, 2017 - asmedigitalcollection.asme.org
It is generally accepted that combustion of hydrogen and natural gas mixtures will become
more prevalent in the near future, to allow for a further penetration of renewables in the …
more prevalent in the near future, to allow for a further penetration of renewables in the …
[HTML][HTML] Finite rate simulations and analyses of wet/distributed flame structure in swirl-stabilized combustion
Towards developing humidified gas turbines (HGT) capable of running at high electrical
efficiencies and low emissions, wet/steam-diluted combustion in a premixed swirl burner is …
efficiencies and low emissions, wet/steam-diluted combustion in a premixed swirl burner is …
Flashback resistance and fuel–air mixing in lean premixed hydrogen combustion
TG Reichel, S Terhaar, CO Paschereit - Journal of Propulsion and …, 2018 - arc.aiaa.org
To prevent flame flashback in swirl-stabilized, lean premixed combustion, a nonswirling air
jet is introduced on the central axis of the radial swirl generator. This axial injection of air …
jet is introduced on the central axis of the radial swirl generator. This axial injection of air …
[HTML][HTML] Identification of coherent structures in distributed swirl-stabilized wet combustion
Towards achieving sustainable and decarbonized power, biomass to electricity is an
attractive pathway. To that end, the humidified gas turbine cycle is a promising technology …
attractive pathway. To that end, the humidified gas turbine cycle is a promising technology …
Numerical investigation of a lean premixed swirl-stabilized hydrogen combustor and operational conditions close to flashback
D Mira, O Lehmkuhl… - … Expo: Power for …, 2018 - asmedigitalcollection.asme.org
The current study presents a numerical investigation of the flow field of a swirl-stabilized
burner featuring a non-swirling axial air jet on the central axis of the mixing tube. The system …
burner featuring a non-swirling axial air jet on the central axis of the mixing tube. The system …
Experimental and numerical investigation of ultra-wet methane combustion technique for power generation
Using steam as a heat carrier and working media has merits to increase electric efficiency
up to 60% and decrease NOx emission to single-digit compared to dry gas turbine cycles …
up to 60% and decrease NOx emission to single-digit compared to dry gas turbine cycles …
[HTML][HTML] Investigation of wet combustion instability due to bio-syngas fuel variability
Humidified gas turbine (HGT) is a promising technology with several advantages compared
to traditional thermal power plants, such as higher electrical efficiency, lower investment …
to traditional thermal power plants, such as higher electrical efficiency, lower investment …
Experimental Design Validation of a Swirl-Stabilized Burner With Fluidically Variable Swirl Number
Swirling flows are commonly used for flame stabilization in gas turbine combustors, which
are hence equipped with suitable swirler units. In these units the air rotation, quantified by …
are hence equipped with suitable swirler units. In these units the air rotation, quantified by …
Experimental and numerical investigation of ultra-wet methane combustion technique for power generation
Using steam as a heat carrier and working media has merits to increase electric efficiency
up to 60% and decrease NOx emission to single-digit compared to dry gas turbine cycles …
up to 60% and decrease NOx emission to single-digit compared to dry gas turbine cycles …