Device for analyzing composition of chemical waste liquid of azo dyes
An analysis device and azo-based technology, which is applied in the field of high-efficiency chemical internal pulse discharge explosion component control system, can solve the problems of poor biodegradability, unsatisfactory effect of chemical waste liquid, pollution, etc.
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Embodiment 1
[0016] Embodiment 1: In order to meet the treatment requirements of refractory soil organic matter, the present invention proposes an azo dye chemical waste liquid composition analysis device.
[0017] Acquisition device, matching device, query device, pulse discharge device, high pressure reactor, liquefaction device, indicator, explosive device, oxidation device;
[0018] In order to reduce the cost and facilitate the observation of the discharge phenomenon, the high-pressure reactor is made of transparent organic glass, and the liquefaction device is made of small stainless steel. The pulse discharge device is used to conduct a relatively uniform gas-liquid two-phase discharge process in the liquefaction device, and The indicator was used to study the degradation effect of the high-pressure reactor on the chemical waste liquid of azo dyes, and it was shown whether the indicator in the chemical waste liquid of azo dyes could be effectively degraded by using a pulse discharge ...
Embodiment 2
[0031] Embodiment 2: The hollow discharge electrode designed by the pulse discharge device can also be used as a channel for the azo dye chemical waste liquid to be treated to enter the high pressure reactor, so that the azo dye chemical waste liquid to be treated passes through the hollow high pressure discharge The electrode is atomized into small droplets by the liquefaction device. During the internal pulse discharge explosion process, the vicinity of the hollow high-voltage discharge electrode is the area with the highest discharge plasma density, where a large number of active particles that can interact with pollutants gather, and the azo dye chemical waste liquid to be treated is greatly reduced when passing through. The probability of pollutants and active particles is increased; on the other hand, the azo dye chemical waste liquid to be treated can be atomized into small droplets by the liquefied device under the action of electrostatic force and surface tension, and ...
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