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ABSTRACTIn this study, the treatment of the effluents of an artisanal tannery by electrocoagulation with iron electrodes was In this study, the treatment of the effluents of an artisanal tannery by electrocoagulation with iron electrodes was In this study, the treatment of the effluents of an artisanal tannery by electrocoagulation with iron electrodes was In this study, the treatment of the effluents of an artisanal tannery by electrocoagulation with iron electrodes was carried out. carried out. carried out. carried out. During electrolytic treatment, a During electrolytic treatment, a During electrolytic treatment, a During electrolytic treatment, a current intensity of 0.4 A was used, and the electrolysis time current intensity of 0.4 A was used, and the electrolysis time current intensity of 0.4 A was used, and the electrolysis time current intensity of 0.4 A was used, and the electrolysis time was varied was varied was varied was varied from 0 to 40 minutes. from 0 to 40 minutes. from 0 to 40 minutes. from 0 to 40 minutes. The performance of electrocoagulation was compared with that of chemical coagulation withThe performance of electrocoagulation was compared with that of chemical coagulation with to neutral pH and weak conductivity values obtained for effluents treated by electrocoagulation, it to neutral pH and weak conductivity values obtained for effluents treated by electrocoagulation, it to neutral pH and weak conductivity values obtained for effluents treated by electrocoagulation, it is inferred that such treated effluents can be recycled. is inferred that such treated effluents can be recycled. is inferred that such treated effluents can be recycled. is inferred that such treated effluents can be recycled.