Mobile online water quality detection device

Abstract

The invention discloses a mobile online water quality detection device which consists of a mobile trolley, a sampling pipeline system, a water quality analyzer, a power distribution system and a GPRS (General Packet Radio Service) communication module, wherein the sampling pipeline system is connected with the water quality analyzer and is used for extracting a water sample from a point required to be monitored for water quality analyzer detection; the water quality analyzer is used for water quality analysis and measurement and transmitting analyzed data to the GPRS communication module; the GPRS communication module is used for acquiring water quality analysis results and transmitting the data to equipment terminal through GPRS. The movable online water quality detection device disclosed by the invention has the advantages that in combination with a GPRS internet communication technology and with the adoption of mobile online monitoring, the construction cost is greatly lowered for a user, the water quality can be flexibly monitored at different monitoring points, and a historical data report and a data trend chart are automatically generated; meanwhile, management personnel can understand the water quality at the monitoring points in real time through a mobile terminal.

Description

technical field [0001] The invention relates to a water quality detection device, in particular to a mobile online water quality detection device. Background technique [0002] In the process of water purification production process, the water quality of each process section must be monitored in order to guide production operation management. In the existing monitoring mode, water quality monitoring usually adopts two ways of online fixed-point installation of water quality analysis instruments and portable instruments. From a large number of engineering cases, it is found that each measurement point is installed online, and the component system is cumbersome and the construction volume is huge, and the cost is high. Although the portable instrument measurement brings flexibility and convenience, the measurement data is small, and it is not available. Continuity is obviously not conducive to the effective analysis and evaluation of the trend of water quality fluctuations in...

AI Technical Summary

Problems solved by technology

From a large number of engineering cases, it is found that each measurement point is installed online, and the component system is cumbersome and the construction volume is huge, and the cost is high. Although the portable instrument measurement brings flexibility and convenience, the measurement data is small, and it is not available. Continuity is obviously not conducive to the effective analysis and evaluation of the trend of water quality fluctuations in the water treatment process, there is randomness and chance

In addition, most portable instruments do not have the functions of data storage and remote transmission. Such a ready-to-use method makes it impossible for managers to manage data effectively; the measurement data of analyzers installed online are usually collected through PLC or DCS systems. The status of the process production can only be obtained by being on duty, and it is impossible for the management personnel to know the current water quality status in time under the condition of moving

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