Metering service system and method for pollution source monitoring equipment

Abstract

The invention provides a measurement service system for pollution source monitoring equipment. The system includes a data acquisition module, a measurement status monitoring module, an equipment maintenance information recording module, a remote data transmission module, a field data distributed storage and processing module, a central server and a remote measurement guiding and diagnosing platform, wherein the data acquisition module, the measurement status monitoring module and the equipment maintenance information recording module are all connected with the pollution source monitoring equipment and the field data distributed storage and processing module; the field data distributed storage and processing module is connected with the remote data transmission module; the remote data transmission module is connected with the central server via an internet of things; the remote measurement guiding and diagnosing platform is connected respectively with the field data distributed storage and processing module and the central server. The invention also provides a method of the measurement service for the pollution source monitoring equipment. According to the invention, a timely and efficient service platform is provided for the online maintenance, management, and remote technical guidance of the pollution source monitoring equipment.

Description

technical field [0001] The invention relates to the technical field of pollution source monitoring, in particular to a metering service system and method for pollution source monitoring equipment. Background technique [0002] The pollution source monitoring equipment in this patent application covers water quality monitoring, flue gas automatic monitoring, air quality monitoring, etc. With the development of society, people's awareness of pollution prevention and control has also increased. Although many enterprises have installed online monitoring systems for pollution sources, due to the complex composition of the online monitoring system, the harsh environment of use, it is easily eroded and damaged by pollutants, and it operates continuously around the clock. This brings great difficulties to the measurement evaluation and operation and maintenance of monitoring data, and affects the accuracy and effectiveness of online monitoring data. [0003] At present, the compan...

AI Technical Summary

Problems solved by technology

Although many enterprises have installed online monitoring systems for pollution sources, due to the complex composition of the online monitoring system, the harsh environment of use, the erosion and damage of pollutants, and the continuous operation around the clock, it has the characteristics of "many points, wide area, and large volume". This brings great difficulties to the measurement, evaluation, operation and maintenance of monitoring data, and affects the accuracy and effectiveness of online monitoring data.

[0003] At present, the company's online monitoring equipment for pollution sources has undergone regular on-site measurement verification to ensure the accuracy of the measurement performance of the equipment to a certain extent. However, due to the complexity of the online equipment and the harsh operating environment, the existing daily maintenance of the online monitoring equipment The methods basically adopt manual inspection and manual recording. Abnormal situations and emergencies that occur during the continuous operation of equipment cannot be monitored and dealt with in a timely and effective manner. The confirmation and evaluation of equipment measurement performance lacks real-time and effectiveness. The problems encountered in the process cannot be scientifically analyzed and traced, and relevant personnel cannot receive timely and effective technical guidance, which greatly restricts the maintenance of online monitoring equipment and the improvement of management quality

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