Measuring the flow of liquids and gases accurately is critical in many industrial and scientific applications. Traditional flow sensors can be inaccurate in low-flow conditions, leading to poor performance or failure to detect problems in systems. There is a need for a damp flow rate sensor that can operate efficiently in environments with low flow rates while providing reliable and accurate measurements.
This project focuses on developing a damp flow rate sensor that can measure low flow rates of liquids or gases with high accuracy. The system uses specialized sensors and microcontrollers to monitor flow and can be used in a wide range of applications, including environmental testing, water treatment plants, and scientific research. The sensor will be capable of providing real-time data to display or control systems for flow regulation.