The online automatic monitoring and measuring system for ammonia nitrogen adopts high-precision peristaltic pumps and imported peristaltic pump tubes, which operate stably and reliably with a long service life; It can achieve multiple functions such as remote control of instrument operation, calibration, and calibration.
The ammonia nitrogen online automatic monitoring instrument has significant advantages in multiple fields, as follows:
In the field of environmental protection: In sewage treatment plants, the concentration of ammonia nitrogen at the inlet and outlet can be monitored in real time. Once water quality problems are discovered, measures can be taken in a timely manner to ensure that the effluent meets discharge standards. For the discharge of urban sewage and industrial wastewater, it is necessary to ensure that they meet the discharge standards and avoid polluting the environment. In addition, it also has pollution source monitoring and tracking functions. By real-time monitoring of ammonia nitrogen content in water bodies, potential pollution sources such as agricultural emissions, industrial wastewater, or urban sewage can be quickly discovered, which helps management departments track pollution sources and take effective measures for treatment.
In the fields of agriculture and water conservancy, the ability to measure fertilizer residues in irrigation water and nutrient content in water bodies is of great significance for reducing agricultural pollution of water quality and improving the protection of aquatic ecology. Meanwhile, in river and lake management, it can be used to monitor ammonia nitrogen concentration and improve the protection and management level of water resources.
In the field of water treatment: In water treatment plants, the concentration of ammonia nitrogen at the water outlet can be monitored to ensure that the water quality meets relevant standards. It has a high degree of automation, capable of automatically collecting samples and conducting measurement and analysis, reducing the workload of manual operations, lowering the possibility of human errors, and improving the accuracy and reliability of monitoring.
In the field of groundwater monitoring, real-time monitoring of ammonia nitrogen content in groundwater can provide scientific basis for groundwater pollution control. When the ammonia nitrogen content in groundwater exceeds the preset safety standard, the system will automatically issue an alarm signal to remind relevant personnel to take measures to deal with it, which helps to reduce the risk of groundwater pollution and ensure the safety of people's daily water use.