Sewage processing system based on cloud data monitoring

Abstract

The invention discloses a sewage processing system based on cloud data monitoring. The sewage processing system based on the cloud data monitoring comprises a sewage processing device, an on-site instrument, a PLC controller, a cloud server and a remote terminal. The cloud server comprises a fault analysis module, a response determination module, a data trend determination module and a data checking module. The sewage processing system based on cloud data monitoring is more intelligent, easy to operate and is convenient for working staff to process failures as quickly as possible. The technical staff can monitor a production state on site without going to the site personally, can perform real-time tracking and maintenance on site, can timely check and maintain when the sewage processing device is failed, and guarantees normalization of the device operation.

Description

technical field [0001] The invention belongs to the technical field of sewage treatment, in particular to a sewage treatment system based on cloud data monitoring. Background technique [0002] As one of the important infrastructures of the city, the sewage treatment plant is responsible for the comprehensive treatment of urban sewage to achieve discharge standards, and with the continuous development of the Internet of Things and cloud technology, the remote real-time monitoring of industrial automation has been promoted. [0003] However, at this stage, my country's sewage treatment plants generally have not established an effective data supervision mechanism, and information processing and query are inconvenient; the monitoring system lacks intelligent support in control; abnormal operation diagnosis, accident emergency analysis and production scheduling decision-making lack scientific basis. The main reason for the above problems is that the management concepts of existi...

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Problems solved by technology

[0003] However, at this stage, my country's sewage treatment plants generally have not established an effective data supervision mechanism, and information processing and query are inconvenient; the monitoring system lacks intelligent support in control; there is a lack of scientific basis for abnormal operation diagnosis, emergency analysis of accidents, and production scheduling decisions

The main reason for the above problems is that the management concepts of existing sewage treatment plants in our country are outdated, and the management methods and means are backward. Therefore, starting from the concept of scientific and technological management, an advanced system is needed to integrate various information and operations Process integration and interconnection to achieve standardization, visualization, intelligence, effective identification and unified management

[0004] Although some sewage treatment plants have been put into the smart sewage treatment system, the maintenance strategy still needs to be formulated by the staff, and the maintenance operation needs the on-site personnel to carry out on-the-spot control. The cloud cannot formulate the corresponding maintenance strategy when the equipment failure is analyzed. Carrying out automatic lower-level control, thereby prolonging the maintenance time of equipment, also exacerbates the further deterioration of faulty equipment to a certain extent. To deal with the future development of the industry's functional requirements for intelligent maintenance and control of equipment failures

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