PERFORMANCE EVALUATION OF FENTON PROCESS TO REMOVE CHROMIUM, COD AND TURBIDITY FROM ELECTROPLATING INDUSTRY WASTEWATER

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MALAKOOTIAN MOHAMMAD; JAFARI MANSOORIAN HOSSEIN; MOOSAVI SOMAYE; DANESHPAZHOH MOHAMMAD

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Journal: WATER AND WASTEWATER Year:2013 | Volume:24 | Issue:2 (86) Page(s): 2-10

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Title

PERFORMANCE EVALUATION OF FENTON PROCESS TO REMOVE CHROMIUM, COD AND TURBIDITY FROM ELECTROPLATING INDUSTRY WASTEWATER

Author(s)

MALAKOOTIAN MOHAMMAD | JAFARI MANSOORIAN HOSSEIN | MOOSAVI SOMAYE | DANESHPAZHOH MOHAMMAD | Issue Writer Certificate

Keywords

FENTON PROCESSQ2

HEAVY METALSQ2

CHROMIUMQ2

ELECTROPLATING INDUSTRY WASTEWATERQ2

Abstract

Extensive use of HEAVY METALS and their compounds in industrial processes and products have lead to discharging a large amount of pollutants (e.g. CHROMIUM) into water sources and aquatic environment. These pollutants cause a variety of human and environmental effects including health problems. There is serious concern regarding the presence of CHROMIUM in marine environment as it causes severe toxic effects on microorganisms and ecosystem. The purpose of this study was to evaluate the efficiency of FENTON PROCESS in the removal of CHROMIUM from ELECTROPLATING INDUSTRY WASTEWATER, as a major and effective pollutant for COD and turbidity removal. This is a descriptive study, cross-sectional in nature, and was conducted within a period of three months in 2010. Wastewater samples were taken from a balancing pond located in an electroplating industry in Khazra' industrial city of Kerman. Almost 110 samples were delivered to the laboratory for analyses. Collected samples were investigated under different conditions (pH levels of 2, 5, 7, adding H2O2 with 30% weight at concentrations of 500, 1000, 1500, 2000, 2500, 3000 mg/L as well as Fe2+with concentrations of 100, 200, 400, 800, 1600 and 3200 mg/L) and various reaction times of 10, 30 and 60 minutes. All experiments were based on the Standard Methods for Examination of Water & Wastewater. The highest CHROMIUM removal (99.7%) was obtained at pH of 5.0, optimum ratio of H2O2/Fe2+=800/2000 mg/L and the reaction time of 10 minutes. The maximum efficiency COD removal (68%) was obtained at pH of 2.0, optimum ratio of H2O2/Fe2+=1600/2500 mg/L and the reaction time of 60 minutes. The maximum efficiency for Turbidity removal (97.6%) was obtained at pH of 7.0, optimum ratio of H2O2/Fe2+=400/1500 mg/L and the reaction time 10 minutes. Our findings are in line with the results of previous studies such as Degradation of microcystin-LR toxin by Fenton and Photo-FENTON PROCESSes, Feasibility study of treatment of amoxillin wastewater with a combination of extraction, Fenton oxidation and reverse osmosis, Sonoelectro-FENTON PROCESS a novel hybrid technique for the destruction of organic pollutions in water, Fenton oxidation of RDX and HMX and Reduction of COD and removal of Zn2+ from rayon industry wastewater by combined electro-Fenton treatment and chemical precipitation. According to the results of this study, the FENTON PROCESS is an effective way to remove pollutants such as CHROMIUM, COD and turbidity from the wastewater of electroplating industries, and can be replaced by other methods of pollutant removal from wastewater.

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APA: Copy

MALAKOOTIAN, MOHAMMAD, JAFARI MANSOORIAN, HOSSEIN, MOOSAVI, SOMAYE, & DANESHPAZHOH, MOHAMMAD. (2013). PERFORMANCE EVALUATION OF FENTON PROCESS TO REMOVE CHROMIUM, COD AND TURBIDITY FROM ELECTROPLATING INDUSTRY WASTEWATER. WATER AND WASTEWATER, 24(2 (86)), 2-10. SID. https://sid.ir/paper/104147/en

Vancouver: Copy

MALAKOOTIAN MOHAMMAD, JAFARI MANSOORIAN HOSSEIN, MOOSAVI SOMAYE, DANESHPAZHOH MOHAMMAD. PERFORMANCE EVALUATION OF FENTON PROCESS TO REMOVE CHROMIUM, COD AND TURBIDITY FROM ELECTROPLATING INDUSTRY WASTEWATER. WATER AND WASTEWATER[Internet]. 2013;24(2 (86)):2-10. Available from: https://sid.ir/paper/104147/en

IEEE: Copy

MOHAMMAD MALAKOOTIAN, HOSSEIN JAFARI MANSOORIAN, SOMAYE MOOSAVI, and MOHAMMAD DANESHPAZHOH, “PERFORMANCE EVALUATION OF FENTON PROCESS TO REMOVE CHROMIUM, COD AND TURBIDITY FROM ELECTROPLATING INDUSTRY WASTEWATER,” WATER AND WASTEWATER, vol. 24, no. 2 (86), pp. 2–10, 2013, [Online]. Available: https://sid.ir/paper/104147/en

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