| Popis: |
The beverage industry wastewater contains high COD, TSS, and color. The development of efficient process treatment is needed to reduce the pollutant concentration from beverage industry wastewater. In this paper, the application of electrocoagulation and adsorption using activated carbon were investigated. The optimum conditions for electrocoagulation process were inter-electrode distance 2 cm, 12 voltage and monopolar arrangement which reduced color, COD, and TSS for 51.3, 56.3, and 70.2%, respectively. The further step was adsorption process with 10 g/L dose of powder activated carbon. It reduced color, COD, and TSS for 98.66, 92.15, and 90.12%, respectively. The results showed that electrocoagulation and adsorption could treat beverage industry wastewater into fulfilled the established quality standards.The beverage industry wastewater contains high COD, TSS, and color. The development of efficient process treatment is needed to reduce the pollutant concentration from beverage industry wastewater. In this paper, the application of electrocoagulation and adsorption using activated carbon were investigated. The optimum conditions for electrocoagulation process were inter-electrode distance 2 cm, 12 voltage and monopolar arrangement which reduced color, COD, and TSS for 51.3, 56.3, and 70.2%, respectively. The further step was adsorption process with 10 g/L dose of powder activated carbon. It reduced color, COD, and TSS for 98.66, 92.15, and 90.12%, respectively. The results showed that electrocoagulation and adsorption could treat beverage industry wastewater into fulfilled the established quality standards. |
