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Optical-thermal coupling air purifier having honeycomb arrangement

A technology of air purifier and honeycomb structure, which is applied in the direction of air quality improvement, heating methods, household appliances, etc., which can solve the problems of insufficient purification efficiency and mineralization rate, which affect the application and promotion of photocatalytic air purifiers, and achieve mineralization High efficiency, small size, and improved purification efficiency

Inactive Publication Date: 2004-11-03
FUZHOU UNIVERSITY +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, these air purification devices generally have the shortcomings of insufficient purification efficiency and mineralization rate, which affects the application and promotion of photocatalytic air purifiers.

Method used

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  • Optical-thermal coupling air purifier having honeycomb arrangement
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  • Optical-thermal coupling air purifier having honeycomb arrangement

Examples

Experimental program
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Effect test

Embodiment 1

[0016] Please refer to Figure 1 and Figure 2, the honeycomb-shaped carrier material is metal aluminum, and the aluminum is made into a honeycomb with hexagonal holes. The surface is treated according to the method indicated in our previously applied patent 03102878, and coated with the photocatalyst specified in our previously applied patent 98115808, and the coating method is in accordance with the method provided in our previously applied patent 03102878. One end of the purifier is a front cover (7), the end of the front cover (7) is an air inlet (1), and the center of the front cover (7) is equipped with a fan (2) and a flow regulating plate (8) , the other end of the front cover is connected to the casing; a honeycomb photocatalytic reactor (9) is installed in the casing (3), a compact heating device (5) is installed between the honeycomb walls, and a honeycomb center is installed UV lamp (4); the other end of the casing (3) is connected with a back cover (6), and the othe...

Embodiment 2

[0018] Please refer to Figure 1. The honeycomb-shaped carrier material is stainless steel, and the electric heating device uses thin electric heating wires, and the heating power is 500W. Organic pollutants selected formaldehyde and ethanolamine. A stainless steel sheet is made into a honeycomb with pentagonal holes. One end of the purifier is a front cover (7), the end of the front cover (7) is an air inlet (1), and the center of the front cover (7) is equipped with a fan (2) and a flow regulating plate (8) , the other end of the front cover is connected to the casing; a honeycomb photocatalytic reactor (9) is installed in the casing (3), a compact heating device (5) is installed between the honeycomb walls, and a honeycomb center is installed UV lamp (4); the other end of the casing (3) is connected with a back cover (6), and the other end of the back cover (6) is an air outlet (10). The details of the degradation process are shown in Figure 4.

Embodiment 3

[0020] Please refer to Figure 1. The honeycomb carrier material is non-woven fabric, and the catalyst is directly heated by a UV lamp that generates heat during work. Select different initial concentrations of SO for inorganic pollutants 2 gas. The aluminum sheet is made into a honeycomb purifier with circular holes. One end of the purifier is the front cover (7), the end of the front cover (7) is the air inlet (1), and the center of the front cover (7) is A fan (2) and a flow regulating plate (8) are installed, and the other end of the front cover is connected to the casing; a honeycomb photocatalytic reactor (9) is installed in the casing (3), and a honeycomb photocatalytic reactor (9) is installed between the honeycomb walls. There is a compact heating device (5), and an ultraviolet lamp (4) is installed in the center of the honeycomb; the other end of the casing (3) is connected with a rear cover (6), and the other end of the rear cover (6) is an air outlet (10 ). The d...

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Abstract

The present invention discloses one kind of photothermal air purifier with honeycomb structure to eliminate organic pollutant, deodorize and sterilize air. It consists of casing, blower, flow regulating board, polygonal honeycomb-like photocatalytic reactor, ultraviolet lamp, compact heater and corresponding circuit. During operation, the photocatalyst supported by the photocatalytic reactor is activated by the ultraviolet light source and coupled with heat to produce strong oxidizing capacity oxidizing and decomposing the organic pollutant, bacteria, bad smell and harmful inorganic gas in air to reach the aim of purifying air. The honeycomb-like photocatalytic reactor has increased photocatalyst supporting area and raised light illumination. The coupling between the photocatalyst and heat catalytic technology raises the photocatalytic efficiency. The present invention has the advantages of high photocatalytic efficiency, high mineralizing efficiency, etc.

Description

technical field [0001] The invention relates to an air purification device for removing organic pollutants, smog, bacteria, odorous gases and harmful inorganic gases in the air, specifically an air purifier coupled with a photocatalytic reaction device with a honeycomb structure and a compact heat generating device. Background technique [0002] At present, most of the air purifiers used at home and abroad still use mechanical filtration technology, activated carbon adsorption technology, negative ion technology and ozone oxidation technology. The mechanical filter type mainly plays the role of dust removal; the activated carbon adsorption purifier has a certain air purification ability, but there is a problem of adsorption saturation; the negative ion mainly improves the freshness of the air, and at the same time has a weak effect of removing smoke and dust; although ozone has a certain degree of sterilization function, but it is also an air pollutant and will bring new pol...

Claims

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Application Information

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IPC IPC(8): A61L9/00A61L9/16F24F3/16
CPCY02A50/20
Inventor 付贤智张建宏刘平崔晓辉邵宇戴文新陈旬王绪绪李旦振
Owner FUZHOU UNIVERSITY
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