The introduction of strongly non-linear chemistry effects in numerical simulation of Selective Non Catalytic Reduction (SNCR) DeNOx is addressed. In these systems, NOx in flue gas is reduced by injecting either ammonia or urea. To predict the NOx reduction, turbulent mixing and its interaction with chemistry occurring at small scales unresolved by the mesh must be modeled. In addition, detailed reaction mechanisms for SNCR are large and contain numerous species and elementary reactions. These mechanisms need to be simplified for their subsequent introduction in flow simulations. In this paper, two different methods for reducing the cost of chemistry that relies on automated optimization tools are discussed. The first one is based on the tab...
Conditions for the selective noncatalytic reduction (SNCR) of NO to N2 by ammonia in the presence of...
Dans le souci constant de diminuer les émissions polluantes, l’analyse de la technologie de réductio...
Stricter NOx emission limits for marine diesel engines have resulted in a market demand for engine e...
The introduction of strongly non-linear chemistry effects in numerical simulation of Selective Non C...
The introduction of strongly non-linear chemistry effects in numerical simulation of flows in Select...
The introduction of strongly non-linear chemistry effects in numerical simulation of flows in Select...
WOS:000329116600038International audienceThe introduction of strongly non-linear chemistry effects i...
WOS:000329116600038International audienceThe introduction of strongly non-linear chemistry effects i...
International audienceThe selective non-catalytic reduction (SNCR) process used to transform nitroge...
International audienceThe selective non-catalytic reduction (SNCR) process used to transform nitroge...
A reduced chemical kinetic mechanism for the prediction of selective non-catalytic reduction (SNCR) ...
WOS:000365058100022International audienceA strategy to perform unsteady numerical simulations of sel...
The development of reduced chemistry for implementation in a turbulent reacting computational fluid ...
The selective non-catalytic reduction (SNCR) of NOx using urea has proven to be an effective method ...
WOS:000370615300028International audienceThe design of a reduced-order model is discussed to help in...
Conditions for the selective noncatalytic reduction (SNCR) of NO to N2 by ammonia in the presence of...
Dans le souci constant de diminuer les émissions polluantes, l’analyse de la technologie de réductio...
Stricter NOx emission limits for marine diesel engines have resulted in a market demand for engine e...
The introduction of strongly non-linear chemistry effects in numerical simulation of Selective Non C...
The introduction of strongly non-linear chemistry effects in numerical simulation of flows in Select...
The introduction of strongly non-linear chemistry effects in numerical simulation of flows in Select...
WOS:000329116600038International audienceThe introduction of strongly non-linear chemistry effects i...
WOS:000329116600038International audienceThe introduction of strongly non-linear chemistry effects i...
International audienceThe selective non-catalytic reduction (SNCR) process used to transform nitroge...
International audienceThe selective non-catalytic reduction (SNCR) process used to transform nitroge...
A reduced chemical kinetic mechanism for the prediction of selective non-catalytic reduction (SNCR) ...
WOS:000365058100022International audienceA strategy to perform unsteady numerical simulations of sel...
The development of reduced chemistry for implementation in a turbulent reacting computational fluid ...
The selective non-catalytic reduction (SNCR) of NOx using urea has proven to be an effective method ...
WOS:000370615300028International audienceThe design of a reduced-order model is discussed to help in...
Conditions for the selective noncatalytic reduction (SNCR) of NO to N2 by ammonia in the presence of...
Dans le souci constant de diminuer les émissions polluantes, l’analyse de la technologie de réductio...
Stricter NOx emission limits for marine diesel engines have resulted in a market demand for engine e...