Anhui Linquan County Agricultural Drinking Project Informationization Case


Anhui Linquan County Agricultural Drinking Project Informationization Case

1. Project background:

The rural water supply project in Linquan County involves 31 towns and 1 industrial park. After the completion of the rural drinking water safety project in 2018, the county retains 89 centralized rural water supply projects, including 87 water plants with a scale of tens of thousands of tons. There are 2 water plants below.

At present, the water quantity and quality of water plants of various scales can meet the standard requirements, the water supply facilities are basically complete, and the leakage rate of the pipe network is basically 10-15%. However, in recent years, with the transformation and expansion of the Linquan County Agricultural Drinking Project and the development of industry informatization, problems such as the lack of professional knowledge of relevant managers, the single traditional management mode and the backward methods have gradually been exposed.

In Linquan County, the agricultural and drinking water pipelines in the current agricultural and drinking project area are still managed by manual means, and the data is unclear, and the sharing is poor. At the same time, the water plant established before 2013 is limited by construction conditions, plant equipment and Pipe network inspections mainly rely on manual inspections, lack of professional inspection systems and equipment inspection procedures, low management efficiency, and equipment failures that cannot be responded to and resolved in a timely and effective manner. There are currently 89 water plants in the county, and the scale of water plants is relatively large. Project management tasks are arduous, management departments and sites at all levels cannot be effectively connected, and information islands exist in the operation of various water plants. In case of water supply failure, the ability to deal with problems is insufficient, resulting in a lack of guarantee for the safe operation of water supply.

Based on the above reasons, Linquan County hopes that through the construction of this information system project, the information management level of the overall agricultural and drinking water supply project in Linquan County will be improved, and the water supply service capacity will be improved. The Linquan County information system construction plan aims to use GIS technology to build an efficient, reasonable and practical water supply management service platform, to monitor the real-time parameters of the water source water plant, the operating status of process equipment and the operation of the pipe network through information methods, and to enhance the temporary The operation and supervision capabilities of the Quannong Drinking Project will improve the management service level and ensure the safe, reliable and economic operation of water supply.

2. Project status:

At present, there is no unified supervision of the township water plants within the jurisdiction of Linquan County, and the contracting system is mainly implemented among the various water plants. Because the production process of the water plant is relatively simple, and the number of supply users for each water plant is small. Therefore, the personnel on duty in the water field can be counted in single digits.

During the investigation, it was discovered that each water plant was equipped with a host computer environment built by Gemheader, whose functions were mainly traditional monitoring functions. There are few data collections between water plants, and there is a lack of data transmission channels or other message transmission channels with the water affairs bureau or the centralized control center.

Township water plants in Linquan County use groundwater to supply water to users. After water is collected from the ground, it is directly subjected to fluoride removal and chemical dosing treatment (some water plants do not remove fluoride), flows to the clean water pond, and is finally delivered to township residents through pressure treatment. The water quality parameters can only be displayed inside the water plant after being obtained, and cannot be obtained by external units.

There is no dispatch function between Linquan County and the water plants of various towns.

At present, the management of water plants is limited to manual management, and a comprehensive and effective all-weather management system has not been established.

3. Construction content:

The main content of smart water construction is to build a water supply pipe network GIS system, check the pipe network and related equipment in the Linquan County agricultural and drinking project area, and store them, and enter and update it to the GIS system in time to fully grasp the water supply information resources In this process, through systematic training, help grassroots business personnel gradually improve their knowledge of informatization, realize the training of management personnel, and improve the overall quality of personnel.

On this basis, establish an inspection business system, improve the personnel inspection system and equipment inspection procedures, form a unified inspection business standard, strengthen inspection efficiency and standardization, and provide guarantee for the daily management and maintenance of rural water supply plants.

Establish a water supply operation dispatching command platform, integrate and integrate data transmission systems such as video monitoring and remote transmission equipment, and establish the Linquan County Water Affairs Bureau, various water plant monitoring sites and various professional centers (public security, sanitation, etc. command platforms) to enable emergency command And the decision-making process is more scientific, standardized and institutionalized. Realize the comprehensive supervision of the water source water plant to the water supply pipe network, timely respond to and deal with various water supply failures, and achieve the double improvement of economic and social benefits.

1. GIS Homepage

Mark 60 water plants on GIS. Move the mouse to the marked point, and the real-time production data of the water plant will automatically pop up. The mouse is moved out and the pop-up window is hidden. Click the water plant label to enter the monitoring and monitoring screen of the water plant. If an alarm signal is generated in the water plant, the marked point will be animated.

2. Monitoring system

Based on dynamic flow charts and 3D renderings, it displays information such as process flow status, equipment operating conditions, and important operating parameters. Provide production and management personnel with real-time online display functions based on the operation of each water plant process flow chart. The user enters through the marked points on the map to view the operation of the water plant. The water plant display mainly uses the three-dimensional image of the plant, the process flow interface and the production and operation data. Related equipment will have 3D effects and dynamic display.

3. Pipeline monitoring system

Display the pipe network diagrams contained in different water plants and the flow and pressure information at the monitoring points of the burst pipes. The user can enter the pipe network diagram of the water plant and the data monitoring information of each burst monitoring point by moving the mouse to the marked point and clicking.

4. Water quality monitoring system

The user can directly view the real-time parameter information of water quality at the outlet of the water plant by moving the mouse to the marked point and moving the mouse to the marked point of the water plant on the GIS map; the mouse click can pop up the water quality parameter trend curve of the water plant for that day.p>

5. Report system

The user can select the data report of the water plant that he wants to view through the left menu. After selecting the water plant, the report data information of different dates can be inquired according to the selected time. The user can also search for the name of the water plant through the search box to realize quick search of the water plant.

6. Alarm platform system

Support when an alarm occurs, the GIS map will show the alarm point with red marking point jumping prompt;

The system records user login information, alarm information, etc., and can query alarm information according to query conditions.

According to the data record after the pipe burst alarm, the result is displayed in the pipe burst record.

7. Project management system

a) Engineering information

The system standardizes and electronicizes various forms of technical data to facilitate centralized management. Technical documents are mainly divided into two categories: technical specifications; drawings and cards;

(1) Manual technical data management
The manual file contains equipment operation instructions, precautions, production operation rules and regulations, production operation technical documents, etc. Collect and organize the existing manuals, and include all production management systems. Establish manual retrieval tags, and users can enter key information to conduct targeted queries.
(2) Technical data management of drawing files

The drawing files mainly include equipment drawings, construction drawings, purchase drawings, underground pipe network drawings, etc. Drawing files are the basis for reflecting the quality of the project and the existing form of infrastructure. They play an important role in equipment installation, plant renovation construction, pipeline renovation construction, etc. It is also an important document for quality and safety accident cause analysis and accountability, and it is important for engineering and technical personnel. References. Collect and organize the existing drawings and materials, and include all production management systems. Establish drawing retrieval tags, and users can enter key information for purposeful query.

Daily inspection records of water plants, accident editing and uploading, including uploading pictures and entering detailed information.

b) Engineering information

Collect information on 60 water plants. Including the name of the water plant, the area to which it belongs, the scope of benefit, the person in charge and the contact number.

c) Engineering information

Ledger information record for the equipment of each water plant. The equipment information of each water plant can be added, deleted, checked, and modified.

8. Office application system

a) Office system

The system realizes information release and sharing functions. You can choose to send messages, and choose to load attachments (pictures, word, excel, pdf files, etc.). All departments and personnel can access the published information more conveniently and improve office efficiency.

(1) News
Information on leadership inspections, employee activities, technical competitions, etc.
(2) Notice announcement

All users can see, such as holiday notices, equipment overhaul notices, annual meeting related notices, etc.

Authorized personnel (office) can edit information and choose to upload attachments.

(3) Circulation of official documents

Distribute higher-level official documents to each water plant. Authorized personnel (water center users) can edit information and choose to upload attachments.

(4) Targeted poverty alleviation

Release of relevant information on targeted poverty alleviation.

b) Video conference

The system is connected to the video conference system of Dahua Company, and the conference link is directly called to conduct a video conference.

9. Water supply dispatching system

a) Decision support

Support to display the appearance and main production data of each water plant, display the production process of each water plant, and the water plant monitoring video of each water plant.

Water plant monitoring can be accessed directly by clicking on the GIS map, or directly through the monitoring system.

The left menu and search bar of the monitoring module and the drop-down selection box of the water plant name can be directly switched to the water plant to be monitored.

b) Scheduling system

Dispatching instructions are work and operation instructions that occur between water supply dispatchers and water plant personnel or other management personnel during the on-duty period. Dispatching instructions are issued through the evaluation of the operation status of the pipe network, and the execution status of the dispatching instructions can be viewed in real time;

10. Mobile APP

In order to support Linquan County water management personnel and other related personnel to keep track of project operation status, the system provides mobile services. Considering the network and security issues, the mobile service system only opens the query function, completes the information receiving and query function, the operating conditions of the water plant equipment, water quality, water level, pressure, flow parameters, and the monitoring point data of the pipeline network for leaders and related personnel to use .

The system uses cross-platform services developed based on html5 technology (mainly suitable for Android systems). The main functions of the software include:

  • Real-time data monitoring: The mobile phone APP software obtains data from the intelligent platform of the central control room, and the user can view the operation of the equipment at each water plant site in real time through the APP software. Real-time monitoring includes an overview of the production situation and inspection of specific sites.
  • Alarm information push: When the user allows, the software can push the user the relevant alarm information of equipment failures and abnormal conditions at each water plant site.
  • Map operation: support Baidu map scale zoom, search and other functions.
  • Search function: support multi-condition search, browse and locate nodes.
  • Authority function: With authority setting function, the user needs to enter the specified user name and password to obtain the corresponding level of authority to perform operations at the same level.

Customer benefits:

Through comprehensive IoT monitoring and perception, mobile Internet and other new technical means, unify data standards, standardize the exchange mechanism, and improve the information system, the production process, including scheduling instructions, and office systems of more than 60 water plants in Linquan County The informatization and collaborative management within the company strongly supports and drives the modernization of water management.