2021-12-222021-12-222009Solmaz, S. K. A. vd. (2009). "Advanced oxidation of textile dyeing effluents: Comparison of Fe +2/H2O2, Fe+3/H2O 2, O3 and chemical coagulation processes". Fresenius Environmental Bulletin, 18(8), 1424-1433.1018-4619http://hdl.handle.net/11452/23434In this study, the treatment efficiency of different advanced oxidation (Fe+2/H2O2, Fe+3/H2O2, O-3) and chemical coagulation processes were investigated. Wastewater samples were taken from two different textile industries. Optimum efficiencies in color and COD removal were determined based on the applications of different chemical species and pH. 150 mg/L FeSO4 at pH 12 has provided the maximum color and COD removal efficiency in chemical coagulation experiments for textile industry 1. For textile industry 2, maximum color and COD removal efficiencies were obtained with Fe+2/H2O2 (Fenton) process at pH 3 (FeSO4 200 mg/L and H2O2 200 mg/L dosages). The operating costs of all proposed treatment systems were also evaluated in this study.eninfo:eu-repo/semantics/closedAccessFe+2/H2O2Textile industryOzonationChemical coagulationTreatment costsFe +3/H2O2Waste-water treatmentCod removalFenton processIon-exchangeOzonationColorDecompositionKineticsDecolorizationMineralizationEnvironmental sciences & ecologyChemical oxygen demandCoagulationCost-benefit analysisDyeEffluentPHRemoval experimentSamplingTextile industryWater treatmentArticle0002698558000052-s2.0-7034930349514241433188Environmental sciencesAdvanced Oxidation; Ferrioxalate; Fenton's Reagent