Catalytic destruction of 1,2-dichlorobenzene over zeolites

Reactivity of rimsulfuron in newly formed inclusion combinations by using cyclodextrin and zeolite

“…Moreover, the appearance of this metabolite followed the same evolution of disappearance of the mother molecule. From the achieved result, we postulate a catalytic chemical effect of this kind of zeolite on the degradation of rimsulfuron: perhaps a sort of catalysed hydrolysis, whose occurrence is not confirmed for other pesticides in the current literature in spite of the largely established activity of different kinds of acidic zeolite commonly used in petrolchemistry [16] or water remediation from other organic pollutants [17,18], and notwithstanding several papers are reporting results on pesticides' removal from polluted waters by absorption on zeolite [19] or their photoassisted degradation in TiO 2 coated zeolite [20,21].…”

Catalytic combustion of chlorobenzene over Mn-Ce-La-O mixed oxide catalysts

“…Among various available detoxification techniques, catalytic combustion is an interesting one which can be efficiently performed. Of studies of the catalysts used in the catalytic combustion of aryl chlorides, most have reported on the three types of catalysts based on noble metals, transition metals and zeolites [3][4][5]. At present, the problems such as the formation of polychlorinated compounds during treatment process and deactivation of catalysts due to adsorption of Cl species on the active sites remain yet to be solved.…”

Preparation of MnOx/TiO2 composites and their properties for catalytic oxidation of chlorobenzene

“…The activities of zeolite are mainly related with their acid properties [6]. However, the most catalysts showed a good activity at high reaction temperature of 500-600 • C [7], which requires additional fuels. Therefore, the research and development of catalysts with high performances of destructing dioxin at low temperature is of great interest.…”