Intelligent water treatment system and treatment method thereof

Abstract

The invention discloses an intelligent water treatment system and a treatment method thereof. The intelligent water treatment system comprises a monitoring terminal, a cloud platform and a mobile userside. The monitoring terminal comprises a terminal control module, a data acquisition unit, a wireless communication module and a frequency converter. The data acquisition unit is used for acquiringreal-time water quality data of the water system, the wireless communication module is used for realizing wireless communication between the monitoring terminal and the cloud platform, and the frequency converter is connected with a dosing metering pump; the cloud platform comprises an intelligent control unit, an information transceiving module, a database unit, a data processing unit, a warningmanagement unit and an intelligent adding unit; and the mobile user side communicates with the cloud platform through a wireless network. The real-time monitoring data is analyzed and processed by thecloud platform and then the control instruction is sent out, the dosing metering pump is enabled to accurately dose chemicals into the water system, the warning management unit is enabled to accurately send out warning information after screening out misinformation data, and monitoring data and the warning information are pushed to the user in real time so that effective and timely supervision onwater quality is realized.

Description

technical field [0001] The invention relates to the technical field of water treatment, in particular to an intelligent water treatment system and a treatment method thereof. Background technique [0002] The circulating water system is mainly used in sewage treatment, industrial circulating cooling water system, landscape circulating water system, swimming pool circulating water system and other fields. The following problems will occur when the circulating water system is running: [0003] (1) Scaling: When the system is running, the water continues to evaporate, and the calcium, magnesium, and bicarbonate dissolved in the hard water are decomposed by heat, and the white precipitate accumulates and adheres to the tube wall, hindering the heat transfer effect; [0004] (2) Corrosion: The oxygen dissolved in the circulating water system can easily reach saturation, and metal pipes are very prone to electrochemical corrosion; [0005] (3) Microorganisms: The circulating wate...

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Problems solved by technology

[0003] (1) Scaling: When the system is running, the water continues to evaporate, and the calcium, magnesium, and bicarbonate dissolved in the hard water are decomposed by heat, and the white precipitate accumulates and adheres to the tube wall, hindering the heat transfer effect;

[0004] (2) Corrosion: The oxygen dissolved in the circulating water system can easily reach saturation, and metal pipes are very prone to electrochemical corrosion;

[0005] (3) Microorganisms: The circulating water is in contact with air and sunlight, and there is a problem of microbial growth, which is usually manifested as moss clogging and slime hindering the heat transfer effect;

[0009] 1. Inaccurate: Dosing chemicals to the water system for chemical treatment is usually a week’s dose at a time. There is a waste of high dosage at the beginning of dosing, and insufficient dosage at the end to achieve the corresponding treatment effect;

[0010] 2. Weak supervision: The water quality analysis and testing is carried out by the water treatment service provider to take back the unit for self-test and self-test. The owner cannot participate in the whole process, and the authenticity of the data cannot be effectively supervised, especially the supervision of corrosion control is not in place, which is easy to cause pipeline perforation;

[0011] 3. Long cycle: The water treatment service provider conducts manual dosing and water quality analysis on the system every week or longer. The time interval is long, and it is impossible to understand the changes in water quality in time, which may lead to further deterioration of water quality and unnecessary losses.

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