Drainage systems are a prevalent aspect of industrial applications across nearly every industry. Monitoring the runoff water expelled from processes is just as important as the feed water that is critical to process output. Measuring conductivity in these runoffs is a critical part of maintaining regulatory compliance and quality management.
High conductivity values often indicate elevated levels of dissolved ions. An overwhelming presence of such ions can lead to corrosion and scaling in pipes and equipment. Monitoring conductivity helps in managing these risks, thereby prolonging the lifespan of equipment and reducing maintenance costs for both industrial and municipal infrastructure.
Why Worry About Conductivity in Drainage Systems?
Conductivity is a fundamental parameter of water quality. When recyclable water is drained or ran off from a process, conductivity measurements can act as a quality assessment before it moves on for treatment. Regulatory agencies require industries to monitor the conductivity of their wastewater to ensure it meets environmental standards before being discharged into natural water bodies. High conductivity often indicates the presence of pollutants. Heavy metals, salts, and other dissolved solids, which can harm aquatic ecosystems. Conductivity measurements can signify a polluted sample and monitor how the water has changed over time. This is critical to avoiding future groundwater contamination by ensuring that runoff water meets safety standards designed to protect public health. Preventing harmful substances from entering drinking water supplies or recreational water bodies is essential to remaining compliant with environmental standards.
Drainage and the Process
Meeting environmental regulations is not the only purpose of measuring conductivity in industrial wastewater and drainage systems. Conductivity measurements provide insights into the efficiency and effectiveness of the process itself. This is particularly true in industries such as chemical manufacturing, food and beverage production, and water treatment. Consistent monitoring ensures that processes are operating correctly and that waste treatment systems are functioning as intended. An elevated reading may indicate higher than normal dissolved solids and other pollutants. This information can be utilized for the process’ benefit, as adjustments in wastewater treatment and resource management can be made.
Start with the Right Sensor
Keeping up on process efficiency and maintaining environmental compliance begins with the right sensor. Our conductivity sensor options offer operators a wide range of choices to fit their unique needs. With various ranges and materials of construction , M4 Knick sensors can provide the reliability and accuracy necessary in an abundance of applications.
