As one of the most critical resources on Earth, surface water plays an indispensable role in sustaining life and supporting human activities.

 

 

Surface water resources face multiple threats from population growth, accelerated industrialization, and environmental pollution, which not only threaten the sustainable use of water resources but also endanger the maintenance of ecological balance. Recently, Japan's nuclear wastewater discharge has brought renewed global attention to the quality of surface water, and we must recognize that protecting surface water resources is critical.

The automatic ammonia nitrogen monitor is one of the key tools to protect water resources and provide a sustainable water supply. It can monitor the ammonia nitrogen content in water in real-time, providing a convenient and accurate means for water quality monitoring.

 

 

Ammonia Nitrogen, a key pollutant in water bodies, is critical to water quality assessment and management. Through the steps of sampling, reagent addition, and data analysis, the ammonia nitrogen automatic monitor can quickly and accurately measure the ammonia nitrogen level in water, providing important data support for water quality assessment and pollution control. It is mainly used in water treatment plants, sewage treatment plants, environmental monitoring sites, agricultural irrigation systems, and other areas where water quality needs to be monitored.

 

The working principle of the automatic ammonia nitrogen monitor is based on chemical reaction and optical detection technology. The sample is taken from the water source by means of a sampling pump and transferred to the reactor. In the reactor, the sample undergoes a chemical reaction with specific reagents that convert ammonia nitrogen into detectable compounds. The signal generated by the reaction is then detected using an optical detector, and the concentration of ammonia nitrogen in the water sample is determined by comparing the sample signal with a standard curve for analysis and calculation. The whole process is realized through automated control, ensuring the accuracy and stability of the monitoring results.

 

 

In this monitoring instrument, the Kamoer KPAS100 peristaltic pump plays a vital role, responsible for sample collection, reagent addition, and waste liquid discharge to ensure the continuous operation and accuracy of the monitoring system. The KPAS100 peristaltic pump's compact structure does not take up much space and can help the ammonia nitrogen automatic monitor to achieve efficient and accurate water quality monitoring. The KPAS100 luer pair screwing fittings are designed with the function of quick tube change, while the clamp kit fittings can avoid secondary contamination, which not only improves the monitoring efficiency but also reduces the need for human intervention.

 

The accuracy and reliability of the KPAS100 sampling pump are critical to the accuracy of the monitoring results and guarantee the reliability of the water quality assessment, with a flow rate range of 32-110ml/min. The KPAS100 reagent pump is responsible for achieving the necessary additions of reagents to complete the ammonia nitrogen detection process. The reagent addition requires a stable peristaltic pump, which further enhances the consistency of the monitoring results. In addition, the KPAS100 peristaltic pump takes on the important task of waste liquid discharge. After the completion of sample testing, the waste liquid must be discharged in a timely manner, in order to prepare for the next sampling, to ensure the continuous operation of the monitoring system.

 

The application of the Kamoer KPAS100 peristaltic pump provides strong support for the protection of surface water resources. At a time when surface water resources are facing serious challenges, the importance of these highly sophisticated instruments and technologies cannot be ignored to ensure that the planet continues to have clean, sustainable water resources. Through scientific monitoring and effective control, a healthier and more sustainable living environment can be created. Surface water protection is not just a duty, it is our responsibility to the planet and to human society.

 

Kamoer has many years of experience in fluid application in medical, environmental protection, laboratory, and other fields, providing many customers with accurate and reliable fluid transfer solutions, and providing competitive and high-quality products for many industry segments. Kamoer will provide comprehensive quality assurance and looks forward to bringing you better service!