DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY

A variable order kinetic (VOK) model derived from the langmuir-freundlish equation was applied to determine the kinetics of fluoride removal reaction by electrocoagulation (EC). Synthetic solutions were employed to elucidate the effects of the initial fluoride concentration, the applied current and...

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Main Authors: Mounir Bennajah, Mostafa Maalmi, Yassine Darmane, Mohammed Ebn Touhami
Format: Article
Language:English
Published: University of Paraiba 2010-01-01
Series:Journal of Urban and Environmental Engineering
Online Access:http://www.redalyc.org/articulo.oa?id=283221789005
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author Mounir Bennajah
Mostafa Maalmi
Yassine Darmane
Mohammed Ebn Touhami
author_facet Mounir Bennajah
Mostafa Maalmi
Yassine Darmane
Mohammed Ebn Touhami
author_sort Mounir Bennajah
collection DOAJ
description A variable order kinetic (VOK) model derived from the langmuir-freundlish equation was applied to determine the kinetics of fluoride removal reaction by electrocoagulation (EC). Synthetic solutions were employed to elucidate the effects of the initial fluoride concentration, the applied current and the initial acidity on the simulation results of the model. The proposed model successfully describes the fluoride removal in Airlift reactor in comparison with the experimental results. In this study two EC cells with the same capacity (V = 20 L) were used to carry out fluoride removal with aluminum electrodes, the first is a stirred tank reactor (STR) the second is an airlift reactor (ALR). The comparison of energy consumption demonstrates that the (ALR) is advantageous for carrying out the defluoridation removal process.
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spelling doaj.art-6db849f2d2a84a6db2cbf48addbf1e9d2022-12-22T00:43:32ZengUniversity of ParaibaJournal of Urban and Environmental Engineering1982-39322010-01-01413745DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDYMounir BennajahMostafa MaalmiYassine DarmaneMohammed Ebn TouhamiA variable order kinetic (VOK) model derived from the langmuir-freundlish equation was applied to determine the kinetics of fluoride removal reaction by electrocoagulation (EC). Synthetic solutions were employed to elucidate the effects of the initial fluoride concentration, the applied current and the initial acidity on the simulation results of the model. The proposed model successfully describes the fluoride removal in Airlift reactor in comparison with the experimental results. In this study two EC cells with the same capacity (V = 20 L) were used to carry out fluoride removal with aluminum electrodes, the first is a stirred tank reactor (STR) the second is an airlift reactor (ALR). The comparison of energy consumption demonstrates that the (ALR) is advantageous for carrying out the defluoridation removal process.http://www.redalyc.org/articulo.oa?id=283221789005
spellingShingle Mounir Bennajah
Mostafa Maalmi
Yassine Darmane
Mohammed Ebn Touhami
DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY
Journal of Urban and Environmental Engineering
title DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY
title_full DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY
title_fullStr DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY
title_full_unstemmed DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY
title_short DEFLUORIDATION OF DRINKING WATER BY ELECTROCOAGULATION/ELECTROFLOTATION: KINETIC STUDY
title_sort defluoridation of drinking water by electrocoagulation electroflotation kinetic study
url http://www.redalyc.org/articulo.oa?id=283221789005
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