2005•Journal of Chengdu University of TechnologyRequires access

Mechanism and application of the degradation of organophosphorous pesticide by TiO_2 photocatalytic process

Du Zu

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Abstract

This paper discusses the factors affecting organophosphorous pesticide degradation including the dosage of TiO_2 , the original organophosphorous pesticide concentration and pH value of reactive solution, and the concentration of H_2O_2 . It is found that the efficiency of organophosphorous pesticide degradation is related to the influntial factors mentioned above and that it can be affected by add H_2O_2 or Fe~(3+). The authors use glass slice as carrier and self-made TiO_2 thin film to degrade the organophosphorous pesticide and achive ideal results.

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What this paper is about

This paper discusses the factors affecting organophosphorous pesticide degradation including the dosage of TiO_2 , the original organophosphorous pesticide concentration and pH value of reactive solution, and the concentration of H_2O_2 . It is found that the efficiency of organophosphorous pesticide degradation is related to the influntial factors mentioned above and that it can be affected by add H_2O_2 or Fe~(3+). The authors use glass slice as carrier and self-made TiO_2 thin film to degrade the organophosphorous pesticide and achive ideal results.

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Available abstract

This paper discusses the factors affecting organophosphorous pesticide degradation including the dosage of TiO_2 , the original organophosphorous pesticide concentration and pH value of reactive solution, and the concentration of H_2O_2 . It is found that the efficiency of organophosphorous pesticide degradation is related to the influntial factors mentioned above and that it can be affected by add H_2O_2 or Fe~(3+). The authors use glass slice as carrier and self-made TiO_2 thin film to degrade the organophosphorous pesticide and achive ideal results.

Key concepts: Pesticide, Degradation (telecommunications), Pesticide degradation, Photocatalysis, Chemistry, Chemical engineering, Environmental chemistry, Materials science

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