Experiment study on oxidation effect of UV/Fenton on phenol
Jiayuan Liu
Abstract
Jiayuan Liu
Abstract
The paper studied various factors that impact on depredating the phenol in water by UV/Fenton oxidation process,and ensured the process conditions.Keeping the basic reaction conditions of the UV/Fenton system constant,which is to investigate these factors influenced on the effect of phenol wastewater treatment,through controlling the dosage of H2O2,Fe2+ mass concentration,pH,aeration,ect.The UV/Fenton oxidation process has a better degradation effect and a higher reaction rate than the traditional methods.At original pH value of 3.0 of the wastewater,the removal rate of phenol and COD will reach 99% and 86% through 30min reaction respectively.But the removal rate of the COD of phenol wastewater is worse than the phenol.The UV/Fenton process is capable of removing the phenol and COD of wastewater in a short time.The dosage of H2O2 and Fe2+ mass concentration have a lager influence on the treatment.The degradation rate of phenol and COD are determined by the dosage of H2O2,while the Fe2+ mass concentration is the dominant factor.
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The paper studied various factors that impact on depredating the phenol in water by UV/Fenton oxidation process,and ensured the process conditions.Keeping the basic reaction conditions of the UV/Fenton system constant,which is to investigate these factors influenced on the effect of phenol wastewater treatment,through controlling the dosage of H2O2,Fe2+ mass concentration,pH,aeration,ect.The UV/Fenton oxidation process has a better degradation effect and a higher reaction rate than the traditional methods.At original pH value of 3.0 of the wastewater,the removal rate of phenol and COD will reach 99% and 86% through 30min reaction respectively.But the removal rate of the COD of phenol wastewater is worse than the phenol.The UV/Fenton process is capable of removing the phenol and COD of wastewater in a short time.The dosage of H2O2 and Fe2+ mass concentration have a lager influence on the treatment.The degradation rate of phenol and COD are determined by the dosage of H2O2,while the Fe2+ mass concentration is the dominant factor.
Key concepts: Phenol, Chemistry, Wastewater, Aeration, Degradation (telecommunications), Advanced oxidation process, Sewage treatment, Nuclear chemistry