Integrated Solutions for Urban and Rural Water Supply
The problems of insufficient protection of rural drinking water sources, low scale of water supply, low water quality compliance rate, and low monitoring capacity are becoming increasingly serious. Compared with the more mature and perfect water treatment technology and water quality management of large urban water plants, the water supply quality of rural water plants is often limited by factors such as water treatment technology and fluctuations in water source quality. In order to accelerate the transformation of rural residents from "having water to drink" to "drinking good water", the construction of rural drinking water safety projects is urgent.
It is necessary to establish a normalized investigation and dynamic monitoring mechanism for rural drinking water, strengthen the guarantee of rural water supply quality, deeply implement special actions to improve water quality, standardize water quality self-inspection, strengthen water quality inspection, and comprehensively improve the water supply quality inspection system. It is necessary to speed up the shortcomings of rural water supply projects and accelerate the integration of urban and rural water supply. ——Ministry of Water Resources
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Publishing Agency |
Release Time |
Policy Name |
Deploy Content |
|
State Council |
2020/1/2 |
"Opinions of the Central Committee of the Communist Party of China and the State Council on Doing a Good Job in the Key Work in the Field of "Three Rural Areas" to Ensure the Achievement of a Well-off Society in an All-round Way as Scheduled" | Fully complete the task of consolidating and improving rural drinking water safety. Promote the construction of large-scale water supply projects in areas with relatively concentrated buckles: Extend the urban pipe network to rural areas in areas where conditions permit, and promote the integration of urban and rural water supply. |
| State Council |
2021/2/21 |
"Opinions of the Central Committee of China and the State Council on Comprehensively Promoting Rural Revitalization and Accelerating Agricultural and Rural Modernization" | Strengthen the construction and protection of stable water source projects such as small and medium-sized reservoirs, implement large-scale water supply project construction and standardized transformation of small projects, and promote the integration of urban and rural water supply in areas where conditions permit, and reach 88% of rural tap water penetration rate by 2025. |
| Ministry of Water Resources |
2022/1/6 |
"Li Guoying's speech at the 2022 National Water Conservancy Work Conference" | Anchor the goal of reaching 85% of the national rural tap water penetration rate by the end of 2022, and promote the integration of urban and rural water supply. |
| National Development and Reform Commission, Ministry of Water Resources |
2022/1/11 |
"14th Five-Year Plan for Water Security" | In areas with conditions, the extension of urban pipe networks to rural areas should be promoted |
In view of the needs of rural drinking water safety supervision and control difficulties, based on modern Internet of Things technology and intelligent sensing technology, combined with information technology, launched the "urban and rural water supply integration solution" to realize the whole process monitoring and management of rural water supply from the source to the faucet, and truly achieve real-time, intelligent and automated agricultural drinking water monitoring.
The integrated solution of urban and rural water supply consists of two parts: the online monitoring system of urban and rural water supply and the intelligent water supply information platform.
The online monitoring system of urban and rural water supply takes intelligent online monitoring equipment and wireless data transmission system as the core, integrates high-precision monitoring sensors, data processing units, internal water flow pipelines, etc., and intelligently monitors, analyzes, and transmits various water quality parameters such as pH, turbidity, residual chlorine, ORP, and conductivity in the water supply.
Based on the actual situation in rural areas, the monitoring stations are reasonably arranged at the three key nodes of drinking water sources, water supply pipe networks and water plants, and according to the monitoring content, the high-precision sensors and monitoring instruments of PBIS are reasonably arranged, and the online monitoring data of the main parameters are transmitted to the back-end monitoring platform in real time according to the protocol and through the data acquisition and transmitter to realize real-time dynamic monitoring and early warning of the whole process from water source water intake, water plant water production, water distribution to residential water.
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Raw water quality monitoring
Through the monitoring of water source flow and water quality, timely grasp the status of water supply plants, warn of major or sudden water pollution accidents, ensure water source safety, and ensure the stability of water supply; -
Water quality monitoring at the outlet of the water plant/reservoir
Continuous, real-time and dynamic monitoring of the effluent pressure, flow and water quality parameters of the water plant to ensure that the PH, turbidity, residual chlorine and other indicators meet the detection indicators of rural drinking water, so as to ensure the safety, stability and efficiency of rural water supply; -
Water quality monitoring of the water supply pipe network (official website terminal water).
Establish network pressure, flow, and water quality monitoring points at key nodes of the water transmission and distribution pipe networks and at the ends of the household pipe networks to ensure that the drinking water quality meets the requirements of the "Sanitary Standards for Drinking Water" (GB5749) and improve the water quality compliance rate
The system is developed based on the two-dimensional and three-dimensional integrated GIS platform, supported by advanced architecture technology, spatial data database construction technology, and network technology, and organically combines discrete measurement points and zoning information with the physical pipeline system of the pipeline network through the automatic collection and comprehensive analysis of water supply engineering monitoring information, realizing intelligent analysis, real-time early warning, and dynamic response of water quality and quantity, and promoting the information automation of urban and rural water supply safety supervision through global monitoring and data analysis applications.
Our company won the bid for the procurement project of agricultural drinking water digital management system in Lanxi City, Zhejiang Province, providing water quality monitoring equipment installation and services for a total of 36 single-village water supply stations and 1 rural water plant in 8 townships under Lanxi City, so as to realize the automation of water supply system generation, the modernization of water quality and quantity monitoring, and the sharing of information resources.
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