Water quality monitoring is a fundamental task in environmental monitoring. It accurately, timely, and comprehensively reflects the current status and trends of water quality, providing a scientific basis for water environment management, pollution source control, and environmental planning. It plays a crucial role in protecting the water environment, controlling water pollution, and maintaining water environment health.
Shanghai Chunye adheres to the service philosophy of "dedicated to transforming ecological and environmental advantages into eco-economic benefits." Its business scope mainly focuses on the research and development, production, sales, and service of a series of products including industrial process control instruments, online water quality automatic monitors, VOCs (Volatile Organic Compounds) online monitoring systems and TVOC online monitoring alarm systems, IoT data acquisition, transmission and control terminals, CEMS flue gas continuous monitoring systems, dust and noise online monitors, and air monitoring systems
Recently, an online water quality monitoring solution tailored by Chunye Technology for a wastewater station in Chaozhou was successfully implemented. The complete system, including the T9000 CODcr online automatic water quality monitor, T9001 ammonia nitrogen online automatic water quality monitor, T9002 total phosphorus online automatic water quality monitor, T9003 total nitrogen online automatic water quality monitor, and supporting data acquisition and transmission equipment, has completed installation, commissioning, and officially entered trial operation. The successful completion of this installation project will provide precise and efficient technical support for the wastewater station's compliance discharge, helping to improve the quality and efficiency of local water environment management.
It is understood that this wastewater station handles the centralized treatment of industrial wastewater and domestic sewage within the region, placing extremely high demands on the accuracy, stability, and real-time capability of water quality monitoring. Based on the station's actual treatment capacity, water quality characteristics, and monitoring needs, and following on-site surveys and technical feasibility studies, Chunye Technology finalized an integrated multi-parameter monitoring solution. The solution covers real-time monitoring of key pollutant factors including Chemical Oxygen Demand (CODcr), ammonia nitrogen, total phosphorus, and total nitrogen. All equipment complies with relevant national technical standards and supports Modbus RTU and HJ212-2017 communication protocols, enabling seamless upload of monitoring data and remote management and control.
During the installation process, Chunye Technology's technical team strictly adhered to the specifications in the equipment operation manuals, efficiently completing a series of tasks including the construction of the monitoring substation room, equipment positioning, pipeline laying, and electrical connections. Considering the on-site environment of the wastewater station, the technicians paid special attention to spatial planning for equipment placement — ensuring an operational space of at least ≥600mm on each side and ≥1000mm in front of the instruments. They strictly followed pump and pipeline layout specifications, selecting corrosion-resistant rigid PVC pipes to ensure smooth and stable sample water delivery. After equipment installation, the technical team performed initialization, calibration, and performance testing on each instrument. They confirmed that the T9000 CODcr monitor has a chloride ion masking capacity of up to 20,000 mg/L Cl⁻, the T9001 ammonia nitrogen monitor has a quantification limit of ≤0.15 mg/L, and key indicators such as indication error and repeatability for all devices meet the technical specifications.
It is worth mentioning that Chunye Technology's T-series online automatic water quality monitors utilize unique sealed digestion components and micro-measurement components, which not only reduce equipment failure rates and reagent consumption but also enable unattended continuous operation. The supporting T1000 pollution source online automatic monitoring data acquisition and transmission unit, tested by authoritative organizations, has a data acquisition error of ≤1‰ and a system clock timing error of only ±0.02‰, ensuring the authenticity, reliability, and accurate upload of monitoring data. Furthermore, the industrial touchscreen equipped on the devices supports a Chinese operating interface, allowing staff to conveniently complete parameter configuration, data query, and equipment maintenance via the screen, significantly reducing operational and maintenance costs.
The responsible person of the Chaozhou wastewater station stated that Chunye Technology's monitoring equipment was installed professionally and commissioned efficiently. The equipment offers advantages such as easy operation, stable operation, and precise data, which will provide strong support for process optimization and compliance discharge at the wastewater station. Both parties will continue to deepen cooperation in the future to jointly safeguard regional water environment quality.
Chunye Technology remains focused on the research and development, production, and service of online water quality monitoring equipment. Its T-series monitors and supporting products have been widely applied in numerous wastewater treatment stations, industrial parks, and water environment monitoring sites across the country. The successful implementation of this Chaozhou project once again demonstrates the company's technical strength and service capabilities in the field of water quality monitoring. The company will continue to prioritize technological innovation, providing customized water quality monitoring solutions for more customers and contributing to the fight against water pollution.
Post time: Jan-30-2026