Pump sewage treatment is an important task for the development of the environmental protection industry, for rural domestic sewage, water conservancy sewage and other types of sewage, there are different characteristics in the treatment method, and the intelligent transformation of sewage is imperative.
The pump condition monitoring system solution is an integrated sewage treatment system for residential areas, business buildings, office buildings, underground shopping malls, subway stations and other occasions, with intelligent perception equipment, to obtain the news of key equipment such as sewage pumps, pipelines, and water collection tanks, and automatically control the start and stop of water pumps in combination with the functions of the smart water conservancy monitoring platform, so as to improve the efficiency and refinement of water management.
The system architecture is mainly divided into three layers: data acquisition layer, network layer, and application layer. By installing monitoring equipment in the drainage pipes and canals and their ancillary structures, collecting data through intelligent sensing equipment, real-time monitoring of liquid level, flow and other indicators, the data is transferred to the intelligent water conservancy cloud platform after being transferred through the intelligent control cabinet, and synchronously fed back to the end user after being processed in the cloud. Once the sewage treatment equipment fails, the user receives the alarm information and debugs the operation status of the equipment in time. Comprehensively and dynamically understand the operation status and change law of the pipe network, and timely discover the phenomenon of pipe network blockage, sewage overflow, etc., so as to quickly make pipeline dredging, drainage and flood control response.
1. Real-time monitoring: water quality indicators such as liquid level, flow rate, flow, pH, temperature, conductivity, suspended solids, instantaneous flow, total flow, etc., as well as the inlet and outlet water pressure of drainage pipelines, grasp the operation status of the whole network, and provide data basis for pipeline network analysis and operation scheduling, which is the first step to realize the informatization of water management.
2. Monitoring: The webcam deployed at the flood-prone point supports access to the cloud platform, and the monitoring parameters are transmitted and processed synchronously to grasp the live operation of the system.
3. Autonomous alarm: with early warning and alarm function, users can set alarm events (monitoring parameters overrun, linkage control equipment abnormalities, etc.) and reporting (platform information, APP messages, voice, sound and light, email, etc.), timely find abnormal pipe networks, and find and deal with them in time.
4. Intelligent control: The control mode includes local manual control (click the button of the corresponding equipment on the intelligent control cabinet), remote control (log in to the cloud platform interface of Android iOS mobile phone and computer, click the start and stop icon of the corresponding device), automatic process control (set on the cloud platform to control the level of the pool, pump rotation, abnormal situation warning and other rules, which are implemented by the edge computing function of the cloud platform), centralized control (centralized control of all pump rooms and equipment connected to the cloud platform), etc. The four can be combined with application, linkage interlocking, etc., instead of manual automatic control of pumps, valves and other equipment to start and stop, improve management efficiency.
5. Equipment protection mechanism: Combined with the fault detection function of the pump, it is applied in series with the system, and the system collects the signal by itself, pushes the fault alarm signal, and reminds the user to take timely measures through APP message, WeChat message, SMS, etc., so as to facilitate the timely detection of the abnormal situation of the pump.
6. Data management function: historical data is automatically stored on the cloud server, and data reports are automatically formed, and various forms of data such as hourly average, daily average, monthly average, weekday average, weekend average are counted, and charts are generated on demand to improve management efficiency.
7. Data analysis: query the historical record of any period of time, view various types of data, export and print into paper data, multi-angle statistical analysis, facilitate timely detection of abnormal phenomena such as pipe network blockage and sewage overflow, and quickly take measures to avoid accidents.
8. Account authorization: The management account of the cloud platform can be added to an unlimited number, and the management, editing, operation, and read-only permissions are granted according to the responsibilities and responsible areas of the employees, so that each staff member has the authority to meet their own responsibilities.
9. Other functions: support cloud configuration function, which can customize the equipment name, range conversion, display style, configuration editing, etc. of the sewage pump room. Provide customized and privatized deployment of software and hardware.
1.Improve operational efficiency and convenience: remote control of sewage equipment, improve the management efficiency of equipment, and make water management more convenient;
2.Reduce the loss caused by failure: quickly respond and deal with it, greatly reduce the frequency of failure, realize prevention before it happens, and reduce the loss caused by equipment failure;
3.Accident traceability: Through remote monitoring of the equipment, all the data of the operation of the equipment can be stored completely, which can be used as the basis for the verification of accident disputes in the later stage, and at the same time optimize the operation and improve the important indicators of the equipment;
4.Labor cost saving: remote debugging of equipment parameters and equipment failures can eliminate the need for engineering and technical personnel to arrive at the scene, and one person can remotely control multiple pump rooms at the same time, which greatly saves labor costs;
The pump condition monitoring system is not only a monitoring tool for the sewage treatment process, but also plays a powerful remote management function, which has a lot of role in water operation and maintenance management.