Welcome Customer !

Membership

Help

Shanghai Qingmiao Optoelectronics Technology Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Shanghai Qingmiao Optoelectronics Technology Co., Ltd

  • E-mail

  • Phone

    18516152720

  • Address

    Room 812, Building 2, Kangqiao Advanced Manufacturing Entrepreneurship Park, 2388 Xiupu Road, Pudong, Shanghai

Contact Now

Circulating water online water quality monitoring system

NegotiableUpdate on 02/27
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin
Overview
Through the water quality monitoring data provided by the online water quality automatic monitoring system, the water quality department can timely grasp the on-site water quality status, adjust and optimize water treatment plans, prevent water quality from exceeding standards, control emissions to meet standards, etc., while improving management efficiency and reducing system operation and management costs
Product Details
Through the water quality monitoring data provided by the online water quality automatic monitoring system, the water quality department can timely grasp the on-site water quality status, adjust and optimize water treatment plans, prevent water quality from exceeding standards, control emissions to meet standards, etc., while improving management efficiency and reducing system operation and management costs.
The components of an online water quality automatic monitoring system include an online analysis system, an automatic control system, and a remote data monitoring system.
On-line Analysis System
Online analytical instruments are the core of water quality online automatic monitoring systems.
In online analysis systems, there arePhAnalyzer, conductivity analyzer, hardness analyzer, digital thermometer,ORPAnalyzer or residual chlorine analyzer. It can achieve multi parameter online monitoring function. All measured data is transmitted to the automatic control system.
automatic control system
The automatic control system serves as the control center for the entire system, equipped with corresponding intelligent controllers that can control all devices with control requirements on site and display real-time detection data, control indicators, and the operating status of the devices. Each analysis unit's4-20mAThe current signal is directly input into the analog input module of the automatic control system, and is processed and calculated through the internal control program.
The automatic control system will issue control commands to the executing components such as the dosing pump, drain valve, and acid-base pump based on the current operating conditions of the circulating water system, thereby achieving effective control of hazardous factors such as scaling, corrosion, and microbial contamination, achieving optimal dosing efficiency and low operating costs.
Data remote monitoring system
The data remote monitoring system is located at the central level of the overall structure of the online water quality automatic monitoring system, and its resource configuration includes a central database server, data monitoring management software, and communication system.
On the premise of reliable operation of the monitoring substation in the circulating water field, the data remote monitoring system can truly obtain effective and reliable data through wireless network technology. This not only enables the sharing of data resources, but also realizes online real-time monitoring, monitoring, and networked management under different permissions.
The data remote monitoring system has query, editing, and display functions. Can generate annual, monthly, and daily reports for various monitoring parameters; Annual, monthly, and daily curves of monitoring parameters can be plotted based on data statistics; Can dynamically query historical data according to user requirements; Can actually reflect the system operation situation on site; Users can export data from the database asEXCELA formatted report that facilitates user management and backup; Water quality assessment and evaluation can be conducted.
The wireless remote monitoring system has been designed with a bidirectional communication mode, which allows for both data collection and feedback control, enabling real-time monitoring of the status of analytical instruments.
Specifically, it involves telemetry of the main indicators of circulating water, as well as remote setting of control values and correction of measurement values. The adjusted set parameters can be quickly fed back to the system's control device to adjust the dosage of corrosion and scale inhibitors, bactericides, and sulfuric acid to ensure the normal operation of the system.
Advantages of online water quality monitoring and automatic control system application
Shanghai Qingmiao Optoelectronic Technology Co., Ltd. achieves complete automation of system monitoring and control through an automatic control system and matching electrochemical treatment technology, greatly reducing the need for manpower while ensuring system stability. The specific advantages of system application are:
1Real time monitoring of key parameters to achieve full day coverage24The main indicators of water quality are tested hourly, and optimization calculations are carried out based on the test results to adjust various controls.
2By applying electrochemical quantum field technology, a perfect control system is achieved to control water hardness and fungi, eliminating the need for chemical agents.
3The advanced wireless remote bidirectional monitoring system can implement remote telemetry and control, as well as data query.
4Advanced control can help customers save water and reduce emissions, extend the service life of on-site heat exchange equipment, and reduce maintenance costs.
The advanced technology of circulating water treatment integrates electrochemistry, wireless remote service, and advanced monitoring and control technology to provide our customers with high-quality, safe, and stable operation of circulating water, while helping enterprises achieve sustainable development goals, reduce water consumption, improve energy efficiency, and reduce total operating costs.