Multifunctional tap water dechlorination device

Abstract

The invention discloses a multifunctional tap water dechlorination device. The whole device comprises the multiple parts of a dechlorination cavity body, a connecting port, speed variation grids, a functional box and a buffering box, the connecting port, the speed variation grids, the dechlorination cavity body, the function box and the buffering box are sequentially connected from top to bottom,wherein the connecting port is connected with a water tap, tap water from the water tap passes through the connecting port and flows into the speed variation grids, multiple small holes are formed inthe speed variation grids, convective diffusion is formed after the tap water passes through the speed variation grids, then the tap water flows into the dechlorination cavity body and flows into thefunction box after dechlorination filtering is conducted on the tap water by the dechlorination cavity body, multiple additive substances with different functions are placed in the functional box, functional substances are carried by the tap water flowing out of the functional box, and the tap water is buffered by the buffering box and smoothly flows out. According to the device, the functional substances can be added according to the demand of tap water with higher quality of a user on the basis that the tap water is completely purified.

Description

technical field [0001] The invention relates to the field of tap water purification, in particular to a multifunctional tap water dechlorination device. Background technique [0002] In order to control the residual chlorine content in the tap water, the waterworks usually control the microbial content of the tap water from the farthest user to meet the water use standard, and add a certain amount of chlorine gas, resulting in the residual chlorine content in the tap water used by most users exceeding the standard, which is To solve this problem, the existing tap water dechlorination devices in the market usually achieve the dechlorination effect by adding activated carbon adsorption, that is, the adsorption of chlorine by activated carbon is used to remove residual chlorine in water. However, in the process of removing residual chlorine, there is no device to control the flow rate of the influent water. At the same time, the residence time of the influent water in the activ...

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Problems solved by technology

However, in the process of removing residual chlorine, there is no device to control the flow rate of the influent water. At the same time, the residence time of the influent water in the activated carbon layer is not enough, resulting in insufficient contact between the influent water source and the activated carbon, and due to factors such as the type and form of the activated carbon. The adsorption effect has a great influence, and the existing chlorine removal devices in the market usually cannot achieve the expected effect of residual chlorine removal

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