Dioctyl phthalate recycling equipment

Abstract

The invention discloses dioctyl phthalate recycling equipment. The dioctyl phthalate recycling equipment comprises a high-voltage power supply, a controller, a filter, a cooler, an electrostatic recycling device and a fan, wherein the filter, the cooler, the electrostatic recycling device and the fan are sequentially connected; a plurality of high-voltage electrostatic generators, which are connected with one another, are arranged in the electrostatic recycling device; each high-voltage electrostatic generator comprises m anode cylinders, n insulators and an electric field frame; m and n are natural numbers, and m is greater than n; the m anode cylinders are arranged on the electric field frame in parallel; a cathode pin is arranged in each anode cylinder; one end of each anode cylinder is the inlet end, and the other end of each anode cylinder is the outlet end; the n insulators are arranged at the inlet ends of the m anode cylinders; the cross section of each anode cylinder is circular; each cathode pin is a screw rod; each insulator is a porcelain bottle; the high-voltage power supply is connected with the controller; each cathode pin is connected with the high-voltage power supply. According to the dioctyl phthalate recycling equipment, an air uniformizing system is not needed, oil fume can be uniformly ionized and decomposed in an electric field, and the phenomenon of short circuit of positive and negative poles is unlikely to be caused.

Description

technical field [0001] The invention relates to a purification device, in particular to a dioctyl ester recovery device. [0002] Background technique [0003] Dioctyl Phthalate (Dioctyl Phthalate), referred to as Dioctyl Phthalate (DOP), is an ester organic compound and a commonly used plasticizer. In the catering industry and manufacturing industry, a large amount of oil, smoke, mist, dust, etc. will be produced. The ingredients are edible oil, DOP, resin, flame retardant, xylene, etc., and have a strong pungent smell. These gases volatilize into the air, causing great pollution to the environment. The current treatment method is to discharge the exhaust gas through the chimney after water condensation and physical filtration. However, the efficiency of this waste gas removal is relatively low and does not meet the environmental protection requirements. DOP has a relatively large molecular weight of 390, and the average molecular weight of air is 29, so it is not easy ...

AI Technical Summary

Problems solved by technology

[0006] First, the gas entering the high-voltage electrostatic generator in the electrostatic recovery device is not uniform, and an air equalization system needs to be added. The oil fume can be uniformly ionized and decomposed in the electric field, and the insulation effect of the insulator in the high-voltage electrostatic generator is not good. , prone to positive and negative short circuit phenomenon, poor recovery effect;

[0007] Second, the recovery equipment runs for too long, and there are too many oil stains attached to the high-voltage electrostatic generator, which affects the recovery efficiency. The high-voltage electrostatic generator in the existing dioctyl ester recovery equipment is fixed in the electrostatic recovery device, which is not easy to clean ;

[0008] Third, the existing high-voltage electrostatic generators are connected by cables. Since there are oil, water and oth

Images