Normal pressure water purifier adopting powder water treatment material and microporous ceramic

Abstract

A normal pressure water purifier adopting powder water treatment material and microporous ceramic comprises the power water treatment material, the microporous ceramic, a raw water bucket and a water storing bag. The microporous ceramic is installed above the base of the raw water bucket. The powder water treatment material is installed in the raw water bucket. A protecting casing is installed below the raw water bucket. The water storage bag is installed in the protecting casing. The discharged water of the microporous ceramic flows into the water storing bag. The discharged water of the water storing bag is communicated with the water inlet of a water outlet valve of the water purifier through the pipe. When the water purifier operates, the water current impact force when the user fills the raw water bucket with water is used for mixing the power water treatment material in the raw water bucket with the raw water. Then the mixed solution is filter through the microporous ceramic for eliminating the powder water treatment material, residual chlorine, organic matter, foreign colors, foreign odors, foreign tastes, etc. in the water. The water quality of the discharged water obtains the standard of high-quality drinking water and the high-quality drinking water is stored in the water storing bag for standby.

Description

Technical field [0001] The invention relates to the technical field of water purifiers, in particular to an atmospheric water purifier using powdered water treatment materials and microporous ceramics. Background technique [0002] In order to remove residual chlorine, organic matter, color, odor and odor and other pollutants in the water, and improve the taste of the water from the water purifier, activated carbon is usually used in the water purifier. In order to prevent clogging of the activated carbon filter element, granular activated carbon is usually used. [0003] However, when the water purifier is running, the water flow slips across the surface of the granular activated carbon in the filter element, which causes the following problems: [0004] 1. Granular activated carbon only has good adsorption performance on its surface, and because its interior is not in direct contact with flowing water, its adsorption effect is very poor, resulting in a very low effective utiliz...

AI Technical Summary

Problems solved by technology

[0004] 1. Granular activated carbon has good adsorption performance only on its surface, and its interior is not in direct contact with flowing water, so the adsorption effect is very poor, resulting in a low effective utilization rate of granular activated carbon;

[0005] 2. The water stays in the activated carbon filter for a short time, the adsorption is not sufficient, and the residual chlorine, organic matter, different color, odor and odor in the water are not completely removed, which affects the taste of the water.

However, if the water in the clean water tank is stored for a long time, it will breed microorganisms; the clean water tank will exhale and inhale the same amount of air when the water enters and exits, and when the inhaled air contains dust and bacteria, it will also pollute the clean water The water in the tank, this is the secondary pollution problem of the water purifier

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