The use of Internet + technology to realize unattended and timely detection of operational failures and monitoring of usage status, reducing operation and maintenance costs.
Collect real-time flow signals and automatically adjust the metering pump to achieve accurate dosing.
The automatic proportioning system for dilute brine does not require a dilute brine tank, which saves costs. Instant matching, no need to stop and wait.
Backflush, discharge dirt, protect electricity, and extend service life.
Solve the problem:
Reduce disinfection costs: Compared with chlorine dioxide generators and slow release sterilizers, the disinfection costs are significantly reduced by more than 50%; the average annual cost of disinfection for the "" thousands of thousands of tons "water supply project (000m daily water supply): 7500- 12500 yuan.
Significantly improve the performance of the equipment: the use of salt as raw materials, easy to buy, and cheap. Electrolytic voltage, automatic protection mechanism,
Realizing accurate dosing of disinfectant: The flow meter detects the flow in real time, and automatically adjusts the dosing metering pump according to the change of the flow to ensure the accuracy and stability of the disinfection. cast
A back pressure valve is installed at the adding terminal to prevent the instability of the water supply pressure from leading to siphoning, which causes an instantaneous increase in the dosage and the residual chlorine exceeds the standard.
Realization of remote monitoring and operation and maintenance: The intelligent data acquisition terminal module of the Internet of Things is used to connect PLC, inverter, smart meters and other equipment, and the collected data is transmitted to the cloud server through the network. Remote data monitoring, program maintenance, fault diagnosis, etc. are performed on the device by workstations, PCs, mobile phones, etc. with client software and APP installed. The operating status of the equipment is displayed in the map bar, and the operation and disinfection effect of each equipment can be grasped in real time.