EXGAS : Automatic generation of detailed and reduced mechanism

The development of validated and reliable kinetic models to represent the oxidation and the combustion of organic compounds is of particular interest. For instance, in the case of spark ignited engines, this type of model could help the research works aiming at formulating gasolines which present optimal octane number properties and which lead to minimal pollutants formation. In the purpose of modelling the combustion of an organic compound or, what is the actual case in most practical applications, of a mixture of organic compounds, in the large temperature field which can be observed in an engine, it is necessary to consider several thousands of reactions. Since automatic procedure would be a convenient and rigorous way to write such huge mechanisms, EXGAS was designed for a computer aided construction of mechanisms.
If you need mechanisms for the oxidation of alkanes, please contact us at : Frederique.Battin-Leclerc@ensic.inpl-nancy.fr

	CO-C2 Reactions DataBase Detailed Primary Mechanism Lumped Primary Mechanism Lumped Secondary Mechanism Corresponding kinetic data are calculated by KINGAS or estimated by correlations
Global of scheme EXGAS	Description

Relevant Publications