CN-116715288-B - Integrated intelligent sewage and water system management and control system, method, electronic equipment and medium

CN116715288BCN 116715288 BCN116715288 BCN 116715288BCN-116715288-B

Abstract

The application discloses an integrated intelligent management and control system and method for sewage and water system, electronic equipment and medium, which are applied to the technical field of intelligent management and control of town sewage and water system. The system provided by the application comprises an intelligent management and control system of a sewage treatment plant, a sewage pipe network monitoring system, an intelligent monitoring system of inland water quality and a comprehensive management and control center. The intelligent management and control system of the sewage treatment plant, the sewage pipe network monitoring system and the intelligent monitoring system of the inland water quality are all connected with the comprehensive management and control center, and the data analysis condition of the intelligent management and control system of the sewage treatment plant, the sewage pipe network monitoring system and the intelligent monitoring system of the inland water quality are transmitted to the comprehensive management and control center, and the comprehensive management and control center monitors and controls the operation of the intelligent management and control system of the sewage treatment plant, the intelligent monitoring system of the sewage pipe network and the intelligent monitoring system of the inland water quality according to the data analysis condition. The system provided by the application can receive the operation data of different parts of the factory-net-river of town sewage and the water system, and can control the operation parameters of different systems according to the data conditions, so that the systems at different stages can realize data communication according to the comprehensive control center.

Inventors

DONG YANHONG
YAN YU
LIU XUEYONG
ZHANG YONG

Assignees

中国市政工程东北设计研究总院有限公司

Dates

Publication Date: 20260508
Application Date: 20230411

Claims (6)

1. An integrated intelligent sewage and water system control system is characterized by comprising an intelligent sewage treatment plant control system, a sewage pipe network monitoring system, an intelligent inland water quality monitoring system and a comprehensive control center; the intelligent management and control system of the sewage treatment plant is connected with the comprehensive management and control center through a first communication port and is used for sending a first data analysis condition of the intelligent management and control system of the sewage treatment plant to the comprehensive management and control center; The sewage pipe network monitoring system is connected with the comprehensive control center through a second communication port and is used for sending second data analysis conditions of the sewage pipe network monitoring system to the comprehensive control center; The intelligent monitoring system for the water quality of the inland river is connected with the comprehensive control center through a third communication port and is used for sending a third data analysis condition of the intelligent monitoring system for the water quality of the inland river to the comprehensive control center; The comprehensive management and control center is used for monitoring and controlling the operation of the intelligent sewage treatment plant management and control system, the sewage pipe network monitoring system and the intelligent inland water quality monitoring system according to the received first data analysis condition, the second data analysis condition and the third data analysis condition; the intelligent management and control system of the sewage treatment plant comprises a perception layer, a network layer and an application layer: the sensing layer is used for collecting operation data of the sewage treatment plant and transmitting the operation data to the network layer, wherein the operation data comprise equipment operation state data of the sewage treatment plant and on-line operation monitoring data of the sewage treatment plant; the network layer is used for analyzing fault equipment according to the information of the input equipment and the maintenance record, and analyzing, judging and early warning according to the received operation data so as to obtain the corresponding first data analysis condition; The application layer is used for displaying the first data analysis condition and sending the first data analysis condition to the comprehensive control center so that operators can perform corresponding control according to the first data analysis condition; The sewage pipe network monitoring system comprises a monitoring arrangement module, a first data acquisition module, a first data processing module, a data analysis diagnosis module and a first early warning module: The monitoring arrangement module is used for acquiring data acquired by sensors corresponding to a plurality of monitoring points and transmitting the data acquired by the sensors to the first data acquisition module, wherein the types of the monitoring points comprise a sheet area monitoring point, a pipe network node and a main pipe network, and the types of the sensors comprise a liquid level monitoring sensor, a water quality monitoring sensor and a flow monitoring sensor; the first data acquisition module is used for comprehensively arranging the data acquired by the plurality of sensors and sending the comprehensively arranged data to the first data processing module; the first data processing module is used for processing the comprehensively-processed data to obtain corresponding first processed data, and sending the first processed data to the data analysis and diagnosis module; The data analysis and diagnosis module is used for analyzing and diagnosing the first processed data to obtain the second data analysis condition; The first early warning module is used for judging the early warning state of the current system according to the second data analysis condition and sending the second data analysis condition to the comprehensive management and control center.
2. The integrated wastewater and water system intelligent management and control system according to claim 1, wherein the intelligent monitoring system for inland water quality comprises a water quality monitoring node arrangement module, a water quality monitoring sensor, a second data acquisition module, a second data processing module, a data analysis module and a second early warning module: the water quality monitoring nodes in the water quality monitoring node arrangement module are provided with corresponding water quality monitoring sensors; the water quality monitoring sensor is used for collecting water quality data of the monitoring nodes and sending the water quality data corresponding to the monitoring nodes to the second data collecting module; The second data acquisition module is used for counting the water quality data corresponding to the monitoring nodes and sending the counted data to the second data processing module; The second data processing module is used for processing the statistical data to obtain second processed data and sending the second processed data to the data analysis module; the data analysis module is used for analyzing the second processed data to obtain the third data analysis condition and sending the third data analysis condition to the second early warning module; The second early warning module is used for judging the early warning state of the current system according to the third data analysis condition and sending the third data analysis condition to the comprehensive management and control center.
3. An integrated sewage and water system intelligent control method, which is characterized by being applied to the integrated sewage and water system intelligent control system as claimed in claim 1, comprising: acquiring a first data analysis condition of a sewage treatment plant through an intelligent management and control system of the sewage treatment plant, and transmitting the first data analysis condition to a comprehensive management and control center; Acquiring a second data analysis condition of the sewage pipe network through a sewage pipe network monitoring system, and sending the second data analysis condition to the comprehensive management and control center; acquiring a third data analysis condition of the inland river through an intelligent inland water quality monitoring system, and sending the third data analysis condition to the comprehensive management and control center; Monitoring and controlling the operation of the sewage treatment plant, the sewage pipe network and the inland river through the comprehensive management and control center according to the received first data analysis condition, the second data analysis condition and the third data analysis condition; Wherein, acquire sewage treatment plant's first data analysis condition through sewage treatment plant wisdom management and control system, include: analyzing and judging the operation parameters of the sewage treatment plant, which are acquired in real time by the intelligent management and control system of the sewage treatment plant, performing problem diagnosis and early warning according to the analysis and judgment result, performing fault equipment analysis according to the information of the input equipment and the maintenance record, and obtaining a first data analysis condition of the sewage treatment plant so that operators can perform corresponding regulation and control according to the first data analysis condition, wherein the operation parameters of the sewage treatment plant comprise equipment operation state data of the sewage treatment plant and online operation monitoring data of the sewage treatment plant; the second data analysis condition of the sewage pipe network is obtained through the sewage pipe network monitoring system, and the method comprises the following steps: The sewage pipe network monitoring system is used for acquiring data of a sewage pipe network acquired by sensors corresponding to a plurality of monitoring points in the sewage pipe network, analyzing and judging the data of the sewage pipe network, and carrying out statistics and arrangement on data analysis and judgment results of the sewage pipe network to obtain a second data analysis condition of the sewage pipe network, wherein the types of the monitoring points comprise a zone monitoring point, pipe network nodes and a main pipe network, and the types of the sensors comprise a liquid level monitoring sensor, a water quality monitoring sensor and a flow monitoring sensor.
4. The integrated wastewater and water system intelligent control method according to claim 3, wherein the obtaining the third data analysis condition of the inland river by the inland river water quality intelligent monitoring system comprises: And acquiring water quality data acquired by the water quality monitoring sensors corresponding to a plurality of monitoring nodes in the inland through the inland water quality intelligent monitoring system, and analyzing and judging the water quality data acquired by the water quality monitoring sensors to obtain a third data analysis condition of the inland.
5. An electronic device comprising a memory and a processor; Wherein the memory is used for storing a computer program; the processor is configured to implement the integrated sewage and water system intelligent control method according to claim 3 or 4 when executing the computer program.
6. A computer readable storage medium, wherein a computer program is stored on the computer readable storage medium, and when the computer program is executed by a processor, the steps of the integrated intelligent sewage and water system control method according to claim 3 or 4 are implemented.

Description

Integrated intelligent sewage and water system management and control system, method, electronic equipment and medium Technical Field The application relates to the technical field of intelligent management and control of town sewage and water systems, in particular to an integrated intelligent management and control system, an integrated intelligent management and control method of town sewage and water systems, electronic equipment and medium. Background The integrated intelligent sewage and water system management and control system, the method, the electronic equipment and the medium can solve the uncoordinated problems of information barriers, data islands, feedback delays and the like caused by the fact that information is not communicated smoothly. In view of the above-mentioned technology, it is a problem to be solved by those skilled in the art to find an integrated management and control method for monitoring and controlling data of various departments in a sewage treatment process. Disclosure of Invention The application aims to provide an integrated intelligent sewage and water system management and control system, an integrated intelligent sewage and water system management and control method, electronic equipment and medium. The system can realize the data communication of the urban sewage and the systems of the factory, the net and the river of the water system, and realize the operation control of the system according to the comprehensive information. In order to solve the technical problems, the application provides an integrated intelligent sewage and water system management and control system, which comprises an intelligent sewage treatment plant management and control system, a sewage pipe network monitoring system, an intelligent inland water quality monitoring system and a comprehensive management and control center; The intelligent management and control system of the sewage treatment plant is connected with the comprehensive management and control center through a first communication port and is used for sending the first data analysis condition of the intelligent management and control system of the sewage treatment plant to the comprehensive management and control center; the sewage pipe network monitoring system is connected with the comprehensive control center through a second communication port and is used for sending the second data analysis condition of the sewage pipe network monitoring system to the comprehensive control center; The intelligent monitoring system for the water quality of the inland is connected with the comprehensive control center through a third communication port and is used for sending the third data analysis condition of the intelligent monitoring system for the water quality of the inland to the comprehensive control center; the comprehensive management and control center is used for monitoring and controlling the operation of the intelligent management and control system of the sewage treatment plant, the sewage pipe network monitoring system and the intelligent monitoring system of the inland water quality according to the received first data analysis condition, the second data analysis condition and the third data analysis condition. Preferably, the intelligent management and control system of the sewage treatment plant comprises a perception layer, a network layer and an application layer: The sensing layer is used for collecting operation data of the sewage treatment plant and transmitting the operation data to the network layer; The network layer is used for carrying out analysis, judgment and early warning according to the received operation data and obtaining a first data analysis condition; And the application layer is used for displaying the first data analysis condition and sending the first data analysis condition to the comprehensive management and control center. Preferably, the sewage pipe network monitoring system comprises a monitoring arrangement module, a first data acquisition module, a first data processing module, a data analysis diagnosis module and a first early warning module: The monitoring arrangement module is used for acquiring data acquired by the sensors corresponding to a plurality of monitoring points in the monitoring arrangement unit and transmitting the data acquired by the sensors to the data acquisition module; The first data acquisition module is used for comprehensively arranging the data acquired by the plurality of sensors and sending the comprehensively arranged data to the first data processing module; The first data processing module is used for processing the comprehensively-processed data to obtain corresponding first processed data and sending the first processed data to the data analysis diagnosis module; the data analysis and diagnosis module is used for analyzing and diagnosing the first processed data to obtain a second data analysis condition; The first early warning module is used for judging the ea