The sewage discharge monitoring system KNF-400C is developed based on the relevant requirements of water quality monitoring for urban garbage treatment stations, sewage discharge, enterprise discharge, etc. It provides a basis and support for strengthening the safety management of urban discharge and is a water quality online monitoring system mainly aimed at COD, ammonia nitrogen PH、 Implement online and early warning for dissolved oxygen, turbidity, temperature, etc. The product adopts modular design, which is easy to install and maintain, suitable for monitoring needs of single point and large-scale distribution.

The system consists of important components such as sensor units, data acquisition and transmission units, seven inch touch screen display units, and IoT cloud platforms. The system can achieve automatic sampling, real-time online monitoring and early warning of enterprise wastewater, urban wastewater, rural wastewater, and aquaculture wastewater

The KNF-400C sewage monitoring system is a product developed, produced, and operated by Kenaf Technology based on online water quality monitoring sensors, data collection and transmission, cloud platform data management, and other aspects. Shenzhen Kenaf has a long-term, stable, and effective solution for monitoring sewage discharge characteristics. This system can achieve digital management of the entire process of monitoring and analysis, data collection and transmission, equipment control, monitoring and early warning of sewage discharge, promoting the informatization and modernization of water environment management and comprehensively improving management level.

1. Monitoring and early warning of urban garbage disposal discharge water 2. Monitoring of municipal and self built facility discharge water 3. Real time monitoring and early warning of enterprise discharge water quality 4. Supporting water treatment facilities 5. Monitoring of rural sewage discharge 6. Online monitoring of construction site sewage, etc

1. Integrated structure, modular design, small size, suitable for large-area deployment
2. Free docking protocols such as HJ212 protocol, supporting data reporting to relevant departments
3. No need for reagents, ultra-low consumption, ultra-low maintenance, and significant savings in operation and maintenance costs
4. Adopting internationally advanced water quality sensors with stable performance and long-term online measurement capability
5. During the monitoring process, there will be no secondary pollution to the environment, and real-time online monitoring of the Internet of Things is available
6. High cost-effectiveness, high system stability, easy installation and maintenance, and targeted configuration for different water bodies