Sleeve type photocatalysis air cleaning device based on dispersion optical fibers

Abstract

The invention discloses a sleeve type photocatalysis air cleaning device based on dispersion optical fibers. The sleeve type photocatalysis air cleaning device comprises a filtering unit, an optical fiber unit and a catalyst unit, wherein the filtering unit is a cylinder-shaped filtering unit; the radial cross section of the filtering unit is annular, and upper and lower ends of the filtering unit are respectively connected with a top end cover and a bottom end cover; the catalyst unit is a cylinder-shaped catalyst unit, the radial cross section of the catalyst unit is annular, the height of the catalyst unit is the same as that of the filtering unit, the diameter of the catalyst unit is smaller than that of the filtering unit, and the catalyst unit and the filtering unit can form a concentric sleeve type structure; the center of the top end cover is provided with an air outlet, and the top end cover is provided with a top end installing hole; bottom installing holes are uniformly formed in the bottom end cover, the optical fiber unit selects the fibrous optical fibers, one end of the optical fiber unit is connected with the top end installing hole, and the other end of the optical fiber unit is connected with the bottom installing holes. The sleeve type photocatalysis air cleaning device provided by the invention has the advantages that 360-degree lateral air incoming is adopted, secondary pollution caused by a by-product of a light-catalyzed reaction is effectively reduced, the ultraviolet light use ratio is improved, meanwhile, the air purification efficiency is improved, and the sleeve type photocatalysis air cleaning device is suitable for sealing, flammable and combustible environment such as airplanes, subways and factories.

Description

technical field [0001] The invention belongs to the technical field of air purification, and more specifically relates to a photocatalytic air purification device for efficiently purifying harmful substances in the air by photocatalytic reaction. Background technique [0002] With the progress of global modernization and the continuous improvement of material and spiritual civilization, environmental pollution and ecological damage caused by industrialization have been widely valued by everyone. For this reason, experts at home and abroad have developed a variety of air purification devices to improve the surrounding living environment. At present, most of the air purification systems used at home and abroad use activated carbon adsorption technology, ozone purification technology, negative ion dust removal technology, high-voltage electrostatic technology and photocatalytic technology. In recent years, photocatalytic purification technology has been extensively researched ...

AI Technical Summary

Problems solved by technology

Most of the existing photocatalytic reactors use ultraviolet lamps as the direct light source, and direct contact between electricity and heat and the working environment is inevitable. It is mainly aimed at indoor air and cannot be used in closed, flammable and explosive environments such as airplanes, subways, trains, and factories. environment, and cannot solve the problems of low catalytic efficiency and secondary pollution in the photocatalytic process

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