Absorption rotary wheel simulated condition dynamic automatic test system

Abstract

The invention relates to an absorption rotary wheel simulated condition dynamic automatic test system, and belongs to the technical field of air pollutant disposal. The absorption rotary wheel simulated condition dynamic automatic test system comprises a first room body, a second room body, a third room body, a fourth room body and a fifth room body, the first room body is communicated with the second room body through a first draught fan, the third room body is connected at the rear end of the second room body, the fifth room body is connected at the upper end of the second room body through a regeneration air inlet pipe and a regeneration air return pipe, and the fourth room body is connected at the rear end of the fifth room body. The absorption rotary wheel simulated condition dynamic automatic test system has the advantages of being high in automation degree, accurate in test data, wide in application range, and stable and reliable.

Description

Technical field [0001] The invention relates to a dynamic automatic test system for simulated working conditions of an adsorption runner, which belongs to the technical field of air pollutant treatment. Background technique [0002] At present, the most effective prevention and control method for air pollution is the rotary adsorption technology. It absorbs the exhaust gas in the air through the adsorption rotary equipment, integrating adsorption, desorption and regeneration, and can continuously and uninterruptedly adsorb VOC (volatile organic pollution) in the air. 物), can be used synchronously with automated production equipment connection. At present, only a few countries such as Japan and Sweden have industrial production of this kind of adsorption rotor equipment, and only a few domestic enterprises produce it. [0003] As we all know, the development and production of any product requires performance testing, and the adsorption rotor equipment is no exception. Although ther...

AI Technical Summary

Problems solved by technology

There are currently two known test methods: one is to directly detect the adsorption material on the runner to infer the adsorption performance of the runner indirectly. The adsorption and other properties of the wheel are very unscientific; another method is to install the runner on the whole machine for actual operation, and infer the adsorption and other properties of the runner from the running performance of the whole machine

This method also ignores the influence of the design of the whole machine on the characteristics of the runner

[0004] There are fixed single-item static test devices in China for testing the performance of runners, which only test single-item static indicators, and the test conditions are single, and most of them only test the amount of moisture absorption

The test conditions are not strict, and there are many uncertainties; the test process and test data are completely operated and recorded manually, and the accuracy of the test data is not high, so it is impossible to comprehensively evaluate the quality of the runner

Therefore, the test results are not comparable

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