Water quality monitoring is one of the main tasks in environmental monitoring. It accurately, promptly and comprehensively reflects the current situation and development trend of water quality, providing scientific basis for water environment management, pollution source control, environmental planning, etc. It plays a crucial role in the entire process of water environmental protection, water pollution control and maintaining the health of the water environment.
Shanghai Chunye “is committed to transforming its ecological advantages into ecological economic advantages” as its service philosophy. Its business scope mainly focuses on the research, production, sales and services of a series of products such as industrial process control instruments, online automatic water quality monitoring instruments, VOCs (volatile organic compounds) online monitoring systems and TVOC online monitoring alarm systems, Internet of Things data collection, transmission and control terminals, CEMS (Continuous Emission Monitoring System) for smoke gas, online monitoring instruments for dust and noise, air monitoring, etc.
Entering the factory area of Shuanglong Sewage Treatment Plant, the newly installed automatic total phosphorus water quality monitoring instrument is quite eye-catching. The instrument has a simple and neat appearance. When the equipment is opened, the professional detection components and reagent storage units inside are clearly visible. Its implementation marks a comprehensive upgrade from the previously relatively cumbersome manual operation to an automated and precise intelligent monitoring mode for monitoring the total phosphorus content in wastewater.
Total phosphorus, as a key indicator reflecting the degree of water body eutrophication, its content changes directly affect the water environmental quality. In the past, the monitoring method relied on manual operation, which not only had limited efficiency but also had a lag in data acquisition. However, the total phosphorus water quality automatic monitoring instrument can complete data collection, analysis, and result transmission in real time and automatically, allowing staff to promptly grasp the dynamic changes of total phosphorus in wastewater, providing reliable and timely basis for the adjustment and optimization of sewage treatment processes, thereby more efficiently ensuring the treatment effect and protecting the water resource environment.
Post time: Nov-13-2025