Environmental issues and new regulations for pollutant emissions lead to consider alternative fuels for the new generation of power generators such as hydrogen, syngas, green diesel, or biodiesel. In this context, a deeper understanding of the interaction between turbulent structures and chemical kinetics is needed to design burner optimized for these fuels. A mixture of hydrogen-carbon monoxide (CO/H2 50–50%) and air is here considered as a model for syngas flames
In rich combustion, the natural gas is partially oxidized to produce syngas, a mixture which consist...
Syngas as a renewable energy source can be produced from Biomass gasification. Generally, syngas con...
Despite syngas is a promising alternative fuel for internal combustion engines (ICEs), its extensive...
Syngas, produced during gasification reactions, primarily is composed of carbon-monoxide (CO) and hy...
This work describes analyses of impact of chemical kinetic mechanisms on species mass fraction distr...
In last decades, the increasing care to environmental safeguard and costs in the hydrocarbon fuel su...
Hydrogen/carbon monoxide syngas non-premixed impinging jet flames were studied using three-dimension...
Turbulent nonpremixed hydrogen/nitrogen and hygrogen/carbon monoxide syngas flames were simulated us...
Bio-syngas is a synthetic gas obtained from the thermal gasification of biomass. It contains carbon ...
Large-eddy simulation is conducted to study the turbulent combustion processes of hydrogen and synga...
International audienceLignocellulosic biomass is an established source of energy with various applic...
Flame characteristics of swirling non-premixed hydrogen-carbon monoxide syngas fuel mixtures have be...
Gasification is a widely used thermo-chemical route for conversion of biomass and coal, yields fuel ...
The objective of this work is to investigate numerically the turbulent non-premixed hydrogen (H-2) a...
An ever increasing demand for energy coupled with a need to mitigate climate change necessitates tec...
In rich combustion, the natural gas is partially oxidized to produce syngas, a mixture which consist...
Syngas as a renewable energy source can be produced from Biomass gasification. Generally, syngas con...
Despite syngas is a promising alternative fuel for internal combustion engines (ICEs), its extensive...
Syngas, produced during gasification reactions, primarily is composed of carbon-monoxide (CO) and hy...
This work describes analyses of impact of chemical kinetic mechanisms on species mass fraction distr...
In last decades, the increasing care to environmental safeguard and costs in the hydrocarbon fuel su...
Hydrogen/carbon monoxide syngas non-premixed impinging jet flames were studied using three-dimension...
Turbulent nonpremixed hydrogen/nitrogen and hygrogen/carbon monoxide syngas flames were simulated us...
Bio-syngas is a synthetic gas obtained from the thermal gasification of biomass. It contains carbon ...
Large-eddy simulation is conducted to study the turbulent combustion processes of hydrogen and synga...
International audienceLignocellulosic biomass is an established source of energy with various applic...
Flame characteristics of swirling non-premixed hydrogen-carbon monoxide syngas fuel mixtures have be...
Gasification is a widely used thermo-chemical route for conversion of biomass and coal, yields fuel ...
The objective of this work is to investigate numerically the turbulent non-premixed hydrogen (H-2) a...
An ever increasing demand for energy coupled with a need to mitigate climate change necessitates tec...
In rich combustion, the natural gas is partially oxidized to produce syngas, a mixture which consist...
Syngas as a renewable energy source can be produced from Biomass gasification. Generally, syngas con...
Despite syngas is a promising alternative fuel for internal combustion engines (ICEs), its extensive...