2009Journal of Liaoning Technical UniversityRequires access

Degrading nitrobenzene from water with photo-Fenton

Xiaoyu Wang

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Abstract

Advanced oxidation processes(AOPs) using photo-Fenton treatment was investigated at laboratory scale for the degradation of aqueous solutions of nitrobenzene.The effects of reactants concentration,temperature and pH on nitrobenzene degradation were measured.Photo-Fenton treatment can successfully degrade the nitrobenzene in the aqueous solution.At pH be equal to3,and with initial concentrations of 200 mg/L for H2O2 and 30 mg/L for Fe(II),the photo-Fenton treatment degraded the nitrobenzene of 50%(initial NB concentration of 200mgL) in only 30 min.

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Advanced oxidation processes(AOPs) using photo-Fenton treatment was investigated at laboratory scale for the degradation of aqueous solutions of nitrobenzene.The effects of reactants concentration,temperature and pH on nitrobenzene degradation were measured.Photo-Fenton treatment can successfully degrade the nitrobenzene in the aqueous solution.At pH be equal to3,and with initial concentrations of 200 mg/L for H2O2 and 30 mg/L for Fe(II),the photo-Fenton treatment degraded the nitrobenzene of 50%(initial NB concentration of 200mgL) in only 30 min.

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Available abstract

Advanced oxidation processes(AOPs) using photo-Fenton treatment was investigated at laboratory scale for the degradation of aqueous solutions of nitrobenzene.The effects of reactants concentration,temperature and pH on nitrobenzene degradation were measured.Photo-Fenton treatment can successfully degrade the nitrobenzene in the aqueous solution.At pH be equal to3,and with initial concentrations of 200 mg/L for H2O2 and 30 mg/L for Fe(II),the photo-Fenton treatment degraded the nitrobenzene of 50%(initial NB concentration of 200mgL) in only 30 min.

Key concepts: Nitrobenzene, Aqueous solution, Degradation (telecommunications), Chemistry, Nuclear chemistry, Environmental chemistry, Catalysis, Organic chemistry

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