Abstract
A series of experiments have been carried out in which 1,2-dichlorobenzene in synthetic air was burned at different temperatures in an indirect heated flow reactor. The possibility of a correlation between CO on the one hand and PICs (products of incomplete combustion) and the DRE (destruction and removal efficiency) on the other hand is discussed on the basis of the formation degrees of CO and the organic chlorinated PICs generated, taking into account the reaction mechanism at the same time. The results indicate, that CO levels do not have a clear relationship with DRE and the organic chlorinated intermediates, which are build up as PICs during the thermal destruction of 1,2-dichlorobenzene.
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