An industrial exhaust gas detection device with remote control function

Abstract

The invention discloses an industrial waste gas detection device with a remote control function, which is characterized in that the waste gas detection device includes a diversion enrichment component and a detection component, and the diversion enrichment component diverts the industrial waste gas to enrich the target according to the demand and discharges it to the detection component to test. The diversion and enrichment component divides all the split gas into several channels through the characteristics of electricity, magnetism, temperature, etc., one of which contains more components of target harmful substances, while the other channels contain less components. After the exhaust gas is collected, the target harmful substance is passed into the detection component for targeted detection operation, so as to more accurately determine the existence of the target substance in the exhaust gas.

Description

Technical field [0001] The present invention relates to the technical field of detection of exhaust gas, in particular industrial waste having a remote control function of the detector is provided. Background technique [0002] Detecting the exhaust gas, the exhaust gas composition analysis by a chemical, physical, etc., to determine whether the further component in the exhaust gases contain harmful substances, and to allow the discharge of harmful components reduced to whether the ratio of the allowable value or less, the conventional exhaust gas is directly detected substantially opens into the exhaust gas detecting means detecting process requires analysis of a variety of ingredients, sometimes when the component close to, cause detectable amount of overlap, blocking, for determining the influence of harmful substances there species; [0003] Chromatographic analysis, for example, different molecules cause harmful absorption peak in the column, after determining the type of ha...

AI Technical Summary

Problems solved by technology

[0002] Exhaust gas detection, through chemical, physical and other means of exhaust gas component analysis, to determine whether the exhaust gas still contains harmful substances, and whether the proportion of harmful substances that are allowed to be discharged is reduced below the allowable value, the existing exhaust gas detection is basically directly. The exhaust gas is passed into the detection device. The detection process needs to analyze multiple components. Sometimes when the components are similar, the detected amount will overlap and be blocked, which will affect the judgment of the type of harmful substances;

[0003] Taking chromatographic analysis as an example, different harmful molecules cause absorption peaks in the chromatographic column, and the type of harmful substances can be determined after comparison. However, if all the exhaust gas is directly passed into the chromatograph, similar absorption peaks will overlap and overlap, affecting the ratio. Analysis of results and judgments, and then impact;

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