Online water quality monitoring system: using data to protect drinking water safety and technology to reduce supply risks - AMT-JG200

Online water quality monitoring system: using data to protect drinking water safety and technology to reduce supply risks

I.Product background

Water is the source of life. Human beings cannot do without water in daily life and production activities. The quality of drinking water directly affects human health. With economic development and population growth, many regions face water shortages, and urban drinking water sources are often seriously polluted, threatening the safety of residents' drinking water. On the other hand, with scientific progress and the improvement of people's living standards, the requirements for drinking water quality and detection frequency are constantly increasing, and drinking water quality standards are also continuously developing and improving.

 

Online water quality monitoring system: using data to protect drinking water safety and technology to reduce supply risks

II.Purpose of compilation

1. Through the compilation of the scheme, understand the basic situation of the enterprise, the current water quality status, and the construction of online monitoring.

2. Analyze the main monitoring indicators of the enterprise.

3. Select appropriate monitoring instruments to achieve stable real-time monitoring.

4. Clarify the specifications for online monitoring of pollution sources and implement standardized renovation of discharge outlets.

Online water quality monitoring system: using data to protect drinking water safety and technology to reduce supply risks

III.Basis of compilation

This design scheme adopts standards: relevant standards issued by national or local governments.

Serial number	Standard name	Product standards
1	Ultrasonic open channel flowmeter	HJ/T15-2007
2	Chemical oxygen demand (Online automatic monitor for chemical oxygen demand (CODCr) in water quality	HJ/T 377-2007
3	Technical requirements for automatic analyzers for ammonia nitrogen in water quality	HJ/T 101-2003
4	Technical requirements for pH water quality automatic analyzers	HJ/T 96-2003
5	Technical requirements for automatic analyzers for total phosphorus in water quality	HJ/T 103-2003
6	Technical requirements for automatic analyzers for total nitrogen in water quality	HJ/T 102-2003
7	Data transmission standard for automatic online monitoring (monitoring) systems of pollution sources	HJ/T212-2005
8	Technical specification for information transmission and exchange of automatic monitoring of environmental pollution sources	HJ/T352-2007
9	Technical specification for installation of online monitoring system for water pollution sources	HJ/T353-2007
10	Technical specification for acceptance of online monitoring system for water pollution sources	HJ/T354-2007
11	Technical specification for validity discrimination of online monitoring data for water pollution sources	HJ/T356-2007
12	Technical specification for operation and assessment of online monitoring system for water pollution sources	HJ/T355-2007

IV.Overall

4.1 Selection of installation location for online monitoring equipment in tap water plants

 

The installation location should be selected upstream and downstream of the purification facilities, with monitoring at both the upstream and downstream of the purification equipment, and should be easily accessible, safe, with sufficient space, and convenient for operation;

By comparing the data of raw water and effluent, it can be determined whether the purification facility has failed.

4.2 Analysis of main monitoring factors

 

Raw water monitoring equipment:

• pH value: when raw water is chemically polluted, the pH value will change, thereby achieving early warning.
• Turbidity: turbidity value can guide the amount of water purification agent to be added, and can also reflect changes in raw water.
• Temperature: monitoring the temperature of raw water can effectively determine the conditions for adding water purification agents.

 

Effluent monitoring equipment:

• pH value: monitor whether the pH value indicator is within the national standard range.
• Turbidity: real-time monitoring of whether the turbidity of finished water is within the standard range, while guiding production and water treatment.
• Chlorine dioxide/Residual chlorine: real-time monitoring of the residual amount of disinfectant in water, thereby guiding production.
• Conductivity: monitoring the content of metal ions in water quality can effectively reflect the content of heavy metals.

 

Online water quality monitoring system: using data to protect drinking water safety and technology to reduce supply risks

Product introduction

The system can be used to determineOzone, hardness,TDS, conductivity, residual chlorine, dissolved oxygen, pH, turbidity, ammonia nitrogen, nitrite, sulfate, phosphate, nitrate nitrogen, COD, sulfideand other water quality parameters. Users can select according to their needs, and integration is convenient. This instrument can be widely used for water quality detection in water plants, drinking water, tap water, mineral water, food, chemical, metallurgical, environmental protection, and pharmaceutical industries, and is a commonly used real-time online monitoring instrument.

The online detection system mainly includes a large-screen display system, terminal display and controller, various types of detection sensors, remote mobile terminals, and cloud data platform. It mainly detects various indicators of water bodies in the environment, as well as equipment that needs to be controlled, and can promptly alarm when abnormalities occur.

The system is a product of our company's IoT environmental monitoring system, independently developed by Shenzhen Yunchuan IoT Technology Co., Ltd., integrating software and hardware as an IoT solution; it is a real-time online monitoring system based on an environmental grid monitoring system, with data24-hour real-time reception, storage, download, chart display, intelligent analysis, intelligent alarm reminders, and linked control of audible and visual alarms. No software installation is required; login management can be done through a browser. It has comprehensive data protocol coverage such as HJ/T212-2017 and industrial control protocols, high system integration, rich functions, numerous tools, high safety and reliability, and good openness and compatibility. It has high customizability, realizing the IoT water quality management model of "cloud management, automatic alarm, and remote viewing" for front-end devices.

 

Product advantages

Real-time online detection solutions are very convenient, allowing real-time measurement and real-time data transmission. Data can be viewed in real time on mobile phones and computers, analyzed promptly, and treatment plans provided, strengthening monitoring of various water source indicators. With specific detection data, it provides a basis for both effective prevention and efficient treatment, being both efficient and effective.

Through online monitoring of drinking water, the water quality situation can be dynamically understood in real time. When a situation occurs, preventive measures can be effectively taken in advance, advancing the early warning point of water quality safety accidents. At the same time, monitoring the water quality of raw water and purified water can effectively guide the production and processing process of drinking water.

Online monitoring of raw water:pH value, turbidity, temperature;

Online monitoring of purified water:pH, ozone, turbidity, hardness, TDS, conductivity, residual chlorine, dissolved oxygen; among them, turbidity, chlorine dioxide, and pH value are items in the national standard daily inspection of nine items;

Real-time online monitoring of multiple parameters, including:pH, conductivity, residual chlorine/chlorine dioxide/dissolved ozone, turbidity, hardness, ammonia nitrogen, dissolved oxygen, temperature, etc.

Easy installation, the system has only one sample inlet, one waste liquid outlet, and one power connection line.

Online monitoring, unattended operation, lowering maintenance thresholds, early warning of water quality accidents, timely disposal, unified platform, conducive to water quality safety supervision, multi-indicator design,24-hour continuous water quality monitoring, understanding water quality status anytime and anywhere, fitting the agricultural water supervision business, intelligent early warning and timely disposal, scientific guidance for production, and reducing water production costs;