A kind of superparamagnetic field magnetolysis processor of organic waste gas and its treatment method

Abstract

The invention provides a method for processing a superparamagnetic field demagnetizing processor for organic waste gas. The method comprises the following steps: connecting a foamed nickel alloy meshcoated with a nano-copper coating with electrostatic electricity having 18-25kV or 12-36V with an electrostatic generator; electrostatically acting on the nano-copper coating to generate a superparamagnetic field; quickly cracking organic waste gas particles under pm2.5 with the superparamagnetic field when the organic waste gas passes through the foamed nickel alloy mesh to enable the grain sizeto be lower than 100nm; and pyrolyzing organic macro-molecules into inorganic small molecules under the effect of the superparamagnetic field when the particles are under nano meter grade; and pyrolyzing the chemical bonds of various types of organic waste gas adsorbed by preposed activated carbon and attapulgite to generate inorganic small molecules of CO1, H2O, O2, N2 and H2, similar to air components; and exhausting without secondary pollution.

Description

technical field [0001] The invention relates to the field of waste gas purification, in particular to a superparamagnetic field magnetolysis processor for organic waste gas. Background technique [0002] Existing waste gas treatment technologies include liquid absorption technology, thermal destruction technology, physical filtration technology, electrostatic dust removal technology, etc., among which physical filtration technology and electrostatic dust removal technology are the mainstream technologies for existing waste gas treatment. [0003] However, the particle size filtered by the physical filtration technology of the prior art still stays at the PM2.5 level, and it is still "helpless" for particles below PM2.5, especially small non-polar particles with a particle size below 100nm. Moreover, in order to achieve a good filtering effect, it is necessary to set up multi-stage filtering, which leads to the complex structure and troublesome installation of the physical fi...

AI Technical Summary

Problems solved by technology

[0003] However, the particle size filtered by the existing physical filtration technology still stays at the PM2.5 level, and it is still "helpless" for particles below PM2.5, especially non-polar small particles with a particle size below 100nm

Moreover, in order to achieve a good filtering effect, it is necessary to set up multi-stage filtering, which leads to the complex structure and troublesome installation of the existing physical filtering device; and the service life is short, the maintenance cost is high, and it needs to be replaced after about half a year of use.

[0004] The electrostatic precipitator technology is also unable to deal with particles below PM2.5, especially non-polar small particles with a particle size below 100nm. Large, and will generate high-voltage static electricity, endangering human life