2010Journal of Water Resources and Water EngineeringRequires access

Study on the Application Efficiency of UV-Fenton Reagent in Treatment of Fe-Mn-Mine Wastewater

Guo Jundan

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Abstract

The Fe-Mn-mine wastewater is treated by UV-Fenton reagent and the effecting factors such as pH,the dosage of H2O2,the reaction temperature and illumination time are discussed. The results show that UV-Fenton reagent performs well in treatment of Fe-Mn-mine wastewater,moreover,under the condition of that pH is 5. 5,the dosage of H2O2 is 8 mmol/L,the reaction temperature is 30℃ and the illumination time is 5 min,the best removal efficiency of Fe-Mn mine wastewater reaches up to 93% .

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What this paper is about

The Fe-Mn-mine wastewater is treated by UV-Fenton reagent and the effecting factors such as pH,the dosage of H2O2,the reaction temperature and illumination time are discussed. The results show that UV-Fenton reagent performs well in treatment of Fe-Mn-mine wastewater,moreover,under the condition of that pH is 5. 5,the dosage of H2O2 is 8 mmol/L,the reaction temperature is 30℃ and the illumination time is 5 min,the best removal efficiency of Fe-Mn mine wastewater reaches up to 93% .

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Available abstract

The Fe-Mn-mine wastewater is treated by UV-Fenton reagent and the effecting factors such as pH,the dosage of H2O2,the reaction temperature and illumination time are discussed. The results show that UV-Fenton reagent performs well in treatment of Fe-Mn-mine wastewater,moreover,under the condition of that pH is 5. 5,the dosage of H2O2 is 8 mmol/L,the reaction temperature is 30℃ and the illumination time is 5 min,the best removal efficiency of Fe-Mn mine wastewater reaches up to 93% .

Key concepts: Reagent, Wastewater, Chemistry, Fenton's reagent, Sewage treatment, Environmental chemistry, Waste management, Pulp and paper industry

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