Consequently, direct dischargeable effluents were obtained within 60 min, 40 min and 30 min with electrical energy consumption of 6.91 105, 6.63 105 and 9.39 105 kWh/mg CODremoved at 20, 30 and 50 mA/cm2 respectively. Additionally, it was seen from the experiments that 10 min EC was enough for the removal of color from textile wastewater and that color removal efficiencies of over 90% were obtained in the first 10 min. According to the results, the performance of the system has been found not to be pH dependent. It has no significant influence on the COD and color removal. COD removal efficiencies of over 90% were obtained for all pH’s studied. In addition to this, the recirculation rate of wastewater has an impact on the COD removal at the first half of the EC, and with decreasing recirculation flow rate,higher removal efficiencies were obtained. An experiment with wastewater flowing continuously through the reactor was performed to determine the effect of flow regime, and a COD removal efficiency of 98.46% was obtained with just one pass of wastewater. To understand the composition of sludge formed after EC process, the sludge was analyzed and most was identified as maghemite (Fe2O3) which can be formed from ferric hydroxide. Finally, the results presented here show that the electrocoagulation process seems to be an efficient method for producing direct dischargeable or reusable quality wastewater from textile wastewater.