Background

Conductivity is a particularly useful parameter for environmental or process monitoring. The measured value of this parameter can identify many different changes. For example, in groundwater applications, conductivity can be used to identify saltwater intrusion. Conductivity can also be used to determine pollution events in freshwater environments. It can be monitored with a conductivity monitor.

This parameter is most effective when used to determine whether there is a factor that causes a change in water quality. However, it may not always determine the exact cause of the change. When used with other parameters, the cause of the change can be determined in more detail. This makes the measurement of conductivity ideal for conducting preliminary research or deciding where to focus monitoring activities.

Conductivity monitor

Water quality PH sensor, water quality PH tester is one of the intelligent online chemical analysis instruments. It can continuously monitor data through the transmission output and connect the recorder to realize remote monitoring and recording. It can also be connected to the RS485 interface through the MODBUS-RTU protocol for easy connection Enter the computer to realize monitoring and recording.

Water quality PH sensors are widely used in continuous monitoring of pH and temperature in solutions such as thermal power, chemical fertilizers, metallurgy, environmental protection, pharmaceuticals, biochemistry, food and tap water.

If you compare drinking water with sea water, you will find that the conductivity of sea water is much higher. The cause of this situation may be substances or sediments in the water, such as salt. However, they may also be pollutants, which may have harmful effects on animal and human health. Salinity is a measurement of the concentration level of dissolved salts in water, which is especially important when monitoring the water to ensure a specific salinity level for aquatic organisms such as the aquaculture industry.