System for monitoring and evaluating operational efficiency grade of bag type dust remover

Abstract

The invention relates to a method for monitoring and evaluating the operational efficiency grade of a bag type dust remover, in particular to a method for monitoring the working condition of the bag type dust remover in a real-time online manner and for evaluating the operational efficiency grade of the bag type dust remover. The invention aims at solving the problem of providing a system for real-time monitoring of operational efficiency of the bag type dust remover and for quick evaluation of the operational efficiency grade of the bag type dust remover. The adopted scheme is as follows: the system comprises an automatic monitoring device for the operational efficiency grade of the bag type dust remover and a computer system, wherein the automatic monitoring device can realize the automatic real-time measurement of a working current value of a draught fan and the pressure difference value between an inlet and an outlet of the bag type dust remover in working and communicates with the special computer system; through the communication between the computer system and the automatic monitoring device, the setting and the data transfer of the automatic monitoring device are completed; and the quick evaluation of the operational efficiency grade of the bag type dust remover is realized by storing, analyzing and evaluating collected data in real time and outputting evaluation results through the computer system.

Description

technical field [0001] The method for monitoring and evaluating the operating efficiency level of the bag-type dust collector of the present invention specifically relates to a method for real-time online monitoring of the working condition of the bag-type dust collector and evaluating the working efficiency level of the bag-type dust collector. Background technique [0002] The bag filter uses external force to force the dust-containing flue gas to pass through the filter cloth, and the particle level of the removed dust is determined according to the density of the filter cloth. The dust removal efficiency of this kind of dust collector can reach more than 95%, but due to the dust removal The filter cloth of the filter itself is easy to block and the structural characteristics are the reasons. The equipment is in a closed space, and people cannot intuitively observe the pollution and damage of the bag, which seriously affects the operating efficiency of the dust collector. ...

AI Technical Summary

Problems solved by technology

[0002] The bag filter uses external force to force the dust-containing flue gas to pass through the filter cloth, and the particle level of the removed dust is determined according to the density of the filter cloth. The dust removal efficiency of this kind of dust collector can reach more than 95%, but due to the dust removal The filter cloth of the filter itself is easy to block and the structural characteristics are the reasons. The equipment is in a closed space, and people cannot intuitively observe the pollution and damage of the bag, which seriously affects the operating efficiency of the dust collector.

There is currently no relevant technology to monitor and evaluate its work efficiency level

Images