Three-dimensional electric field and graphene reinforced hollow light-guide fiber photo-catalytic reactor

Abstract

The invention discloses a three-dimensional electric field and graphene reinforced hollow light-guide fiber photo-catalytic reactor. The photo-catalytic reactor adopts hollow light-guide fibers with convex mirrors at two ends, titanium dioxide and graphene ceramic catalyst coating as well as a three-dimensional low-frequency electric field and a bidirectional light source, so that the catalytic reaction efficiency of the light-guide fiber photo-catalytic reactor is improved. The light-guide fiber photo-catalytic reactor can be applied to purification, disinfection and sterilization of indoor and outdoor air, large-, medium- and small-sized drinking water and swimming pools and various industries as well as agricultural and urban sewage, particularly removal of organic pollutants and bacteria and viruses, disinfection and sterilization of water dispensers to prevent secondary pollution in the drinking water transport and storage process, control of water pollution in rivers, lakes and the sea and degradation of volatile organic compounds and nitric oxides serving as greenhouse gases and haze precursors. The light-guide fiber photo-catalytic reactor can be mounted on small householdair conditioners, large- and medium-sized central air-conditioners, indoor air purifiers, industrial flue gas and exhaust gas emission facilities, small household water purifiers, water dispensers, water works, drinking water supply plants and other water treatment or sewage treatment facilities thereof.

Description

(1) Technical field [0001] The invention relates to a photocatalytic reactor composed of an optical fiber and a photocatalytic film loaded therewith. (2) Background technology [0002] At present, optical fiber photocatalytic reactors have the problems of large loss of light energy in the process of light transmission and the thickness of catalyst coating affecting electron hole transfer, which restricts its application in environmental engineering and chemical engineering. Several recent individual experiments have shown that this set of unresolved issues affects the application of fiber optic photocatalytic reactors. The strength problem of the fiber itself and the problem of large light loss lead to the fiber being easily broken and the light intensity at the far end of the fiber is not enough, resulting in insufficient number of electrons and holes and uneven distribution on the photocatalytic reaction surface. The catalyst coating affects the conduction of electron hol...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the deficiencies of the existing water, sewage and air purification processes and the application bottleneck of the optical fiber photocatalytic reactor, the invention solves the problem that the light conduction loss in the optical fiber photocatalytic reactor is large, and the thickness of the catalyst coating affects the effective transfer of electron holes. Insufficient optical fiber strength and other problems, increase the effective illumination area and photocatalytic reaction area, thereby improving the reaction efficiency of the optical fiber photocatalytic reactor, and making it possible to increase the length of the optical fiber participating in the effective photocatalytic reaction, which can promote the photoconductive Application of fiber photocatalytic reactor in many fields, especially in the field of environmental engineering

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