An industrial gas intelligent monitoring integrated system and monitoring method

Abstract

The invention belongs to the technical field of gas monitoring, and provides an integrated industrial gas intelligent monitoring system and monitoring method. The method includes: S1, acquiring the detection data of the data acquisition node; S2, the data collection module preprocessing the detection data, The preprocessed detection data is also analyzed and processed for the first time; S3, the data analysis module analyzes and processes the standardized detection data again, and formulates a processing strategy for the monitoring points; S4, the data analysis module is based on the detection location data of each monitoring point and gas concentration data, establish a gas concentration distribution model in the gas monitoring area, and display the gas diffusion process in the real three-dimensional scene through the data application module. The invention can not only monitor the gas concentration value of the data collection node in real time, but also reduce The data acquisition node can falsely report the gas concentration value, and at the same time, it can simulate the gas diffusion process in a visualized form, which is convenient for analyzing and processing the impact of gas diffusion.

Description

technical field [0001] The invention belongs to the technical field of gas monitoring, and in particular relates to an industrial gas intelligent monitoring integrated system and a monitoring method. Background technique [0002] The rapid development of industrial economy promotes the rapid progress of the whole society. However, various toxic and harmful gases produced in the process of industrial production and storage will not only bring serious harm to people's life and property safety and environmental protection, but also may cause The development of enterprises using these gases has been frustrated. As a result, relevant enterprises have focused their attention on gas monitoring issues. The gas monitoring in the prior art generally adopts the method of manual inspection, requiring the responsible person to enter the area under his responsibility to carry out gas monitoring. Concentration detection operations, but this method poses a great threat to the life and healt...

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Problems solved by technology

[0002] The rapid development of industrial economy promotes the rapid progress of the whole society. However, various toxic and harmful gases produced in the process of industrial production and storage will not only bring serious harm to people's life and property safety and environmental protection, but also may cause The development of enterprises using these gases has been frustrated. As a result, relevant enterprises have focused their attention on gas monitoring issues. The gas monitoring in the prior art generally adopts the method of manual inspection, requiring the responsible person to enter the area under his responsibility to carry out gas monitoring. Concentration detection operations, but this method poses a great threat to the life and health of the staff. Later, a gas monitoring system appeared, that is, monitoring instruments are installed in the monitored area, and the detected concentration data is transmitted through wired or wireless communication. Summarized to the monitoring room

[0003] However, the traditional gas monitoring system not only requires the enterprise to build its own computer room, but also requires staff to stare at the detected data in the monitoring room. The detection data of the instrument is wrong. In addition, the traditional gas monitoring system only provides a reminder of the gas concentration exceeding the threshold at the monitoring point, but does not consider the impact of gas diffusion, nor will it affect the diffusion process of the gas leaked from the monitoring point. Simulation in the form of visualization cannot help users analyze the impact of the diffusion of harmful gases at monitoring points and formulate treatment plans, etc.

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