Abstract

The slow combustion of benzene/phenol gives rise to dibenzofuran (DBF) as major product of incomplete combustion, with negligible proportions of dibenzo- p-dioxin (DBD), or benzofuran (BF). Contrary to a recent proposal that acetylene growth reactions, e.g. BF → DBF, are important in dioxin formation, co-combustion of benzene/phenol with acetylene – around 550°C – did not alter this product pattern. Also, BF was identified as a product from degradation of DBF.

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