St. Kian Environmental Protection Intelligent Drainage Terminal Comprehensive Monitoring System Drainage Terminal Intelligent Monitoring System

With the advancement of new urbanization and the continuous construction of municipal drainage facilities,municipal management has accumulated a large amount of information data. Due to the lack of effective unified management and updating of these information data,the breadth,accuracy and depth of existing municipal information data cannot meet the needs of actual construction and pl. In order to more accurately grasp the existing drainage facilities in the city center,find out the situation,and gradually solve the problems of mixed connections,misconnections,missing connections,broken ends,and dead pipes in the pipe network; at the same time,the traditional information data management model and integrate municipal facilities Information digitization improves the operation and management efficiency of municipal facilities systems and assists decision-making and scheduling. By building urban waterlogging monitoring and management information platform and using a drainage information comprehensive display and query platform to realize drainage facility query,statistics,management and other basic functions,in order to better realize the scientific and efficient management of the urban municipal drainage facility system,and comprehensively grasp the central urban area of the city Water levels,water flows,and videos of drainage pipe networks,control gates,pumping stations,ditches,and water-logged spots are improved to improve spatial data,and at the same time deepen and expand platform functions to accelerate the modernization of municipal facilities management and realize "smart cities." Lay a good foundation. of Shengkai'an Environmental Protection Technology 133...97...5...3...29...97) Water Quality Application Drainage Monitoring Welcome to visit

Drainage terminal intelligent supervision system

one. product description

Arrangement Water Terminal Intelligent Supervision System is intelligent environmental monitoring equipment installed at the end of sewage pipes to automatically monitor the discharge of water pollutants. It mainly consists of three parts: water quality monitoring sensor,data collection and transmission system,and power supply system. of Shengkai'an Environmental Protection Technology 133...97...5...3...29...97) Water Quality Application Drainage Monitoring Welcome to visit

The system comprehensively integrates advanced technologies such as Internet of Things technology,mobile communication technology,data warehouse technology,and automated control,and provides automatic information collection,online video,dynamic monitoring,real-time monitoring management,auxiliary decision-making,and emergency response management for the water quality at the drainage terminal. Function.

It can meet the drainage management service center's online monitoring needs for urban drainage facilities,urban rivers,reclaimed water stations,and spring station terminal operations,meet the management needs of sewage terminals and other projects,meet the needs of urban drainage management business,and can help relevant departments Intelligently and efficiently process massive information and data on drainage terminal facilities,achieve effective and accurate supervision of water quality and safety conditions at the drainage terminal,and achieve fast and efficient collaboration in business processing.

two. System functional advantages

● Monitoring and data collection system based on "3C+S" (Computer,Communication,Control,Sensor).

● The equipment shell is made of engineering-grade materials,which is waterproof,anti-corrosion,and explosion-proof. It is sturdy and durable and can operate stably for a time;

● Strong anti-interference ability,able to resist interference from impurities in water;

● Monitoring equipment requires low installation space and is easy to fix;

● Over-limit warning: an immediate warning when the real-time indicator value exceeds the set warning line;

● The system probe uses a high-performance imported motor,which is resistant to high temperature and high pressure,corrosion resistance,and is not subject to cross-interference by substances,making the measurement value more accurate;

● The data collection terminal is equipped with a variety of data interfaces and uses an industrial-grade low-power consumption high-performance embedded processor. Users can set the upper and lower alarm limits of the water quality sensor by themselves,and can also achieve remote monitoring and management;

● Equipped with a cloud platform,real-time monitoring data is graphically displayed on the system interface for easy observation and monitoring.

three. Application scenarios

Municipal drainage monitoring,river water environment management,enterprise drainage monitoring,drinking water source water quality monitoring,smart city construction...

Four. Installation method

Considering the adaptability of the monitoring equipment to the harsh environment of drainage monitoring and the convenience of installation and maintenance,the monitoring mainly adopts the installation method as shown in the figure below.

In addition,the data transmission system needs to use reliable industrial wireless communication modules that can continue to operate stably in harsh environments. The main body needs to be able to withstand long-term water immersion and corrosive gas erosion,providing effective guarantee for the long-term operation of wireless communication modules on the network.

five. system structure

six. Value

(1) Scientifically manage monitoring data and improve the application data center.

To improve the situation of scattered,non-unified and incomplete monitoring data records at the end of traditional drainage outlets,use the Internet of Things information management methods to manage monitoring data and establish an application data center to lay a vertical foundation for business applications,data sharing and decision-making analysis of the drainage center. A solid data base.

(2) Improve work efficiency and assist management decision-making.

Through real-time monitoring of important indicators at the end of the drainage outlet,it guides staff in daily water quality testing,maintenance and other work,eliminates the phenomenon of relying on personal experience as a basis for judgment,and improves staff's work efficiency; it provides timely and accurate information on the operation of the pipe network,providing relevant Provide factual basis for managers to make scientific decisions.

(3) Analysis and evaluation of the current water quality of the drainage outlet.

By analyzing the network structure and upstream and downstream relationships of complex pipe networks,it provides managers with a basis for accurately underst the structural characteristics of sewage pipe networks and the causes of water pollution,discovering weak links and areas in the drainage system,and providing information for the reconstruction,expansion and management of the drainage system. support.

(4) Pl and design of auxiliary drainage system.

Utilize the massive historical data obtained through monitoring and use computer technology to establish a pipe network operation model for analysis,in order to discover the shortcomings and bottlenecks of the current drainage system operation design and provide technical means for scientific,reasonable and evidence-based pl of the future drainage system.

(5) Improve the emergency response capabilities of the drainage system.

Through real-time monitoring of data such as conductivity,PH,liquid level,etc.,we can quickly identify problems in the current pipe network operation,study how to deal with current events,and realize rapid response,rapid diagnosis,and rapid action of the drainage center for emergency events. .

(6) Lay the foundation for building a smart city.

Build a smart urban drainage terminal supervision system to ensure water quality safety. The monitoring center monitors urban water quality conditions hourly,conducts systematic analysis of pollution patterns,and timely rectifies corresponding drainage pipelines to avoid black and smelly water in the city. Timely investigate and solve problems such as pipeline blockage,aging pipelines,and excessive emissions from industrial areas to lay a solid foundation for building a smart city.

seven. monitoring platform

●Alarm management (intelligent early warning,timely prevention and control,reduction of production risks,precise operation)

The monitoring terminal aggregates and filters the data reported by the sensors. When a certain data exceeds the threshold,the monitoring terminal will immediately report alarm information to the monitoring center. After receiving the alarm information,the monitoring center forwards it to the mobile phones of relevant managers in real time.

●Smart operation and maintenance:

(Customer Management)

(Device Management)

Different device IDs are assigned to different devices,and device model information,location information,working status information,etc. will be stored in the cloud server. The cloud platform receives data collected by water quality sensors,and users can view and edit the data through data templates.

●Data query and export

(Real-time data)

(historical data)

(data chart)

Through intelligent analysis of a large amount of basic data according to the rules set by the system,we can obtain different types of reports,lists and graphics required by users; provide relevant staff with the processing and review of information released to the outside world.

●Visual map display
The GIS engine is used to realize the geographical data display of urban regional pipe networks and provide basic map display,site navigation,early warning information,real-time data and other functions.

Technical Parameters

9.Customer case site