Automated Continuous Membrane Filtration

Abstract

Traditional wastewater filtering systems can need substantial manual control, resulting in inefficiencies, operating delays, and uneven water quality. This study describes an innovative filtering system aimed to improve reliability and efficiency through automation. Pumps, membrane filtering devices, and pressurized air are all controlled by solenoid valves. Furthermore, it has pH, turbidity, and pressure sensors for real-time monitoring and adaptive performance changes. This strategy maintains consistent water quality, enhances operating efficiency, and reduces maintenance requirements by eliminating the need for manual intervention. The successful deployment of a functional prototype demonstrates its promise as a viable solution to current wastewater treatment difficulties.