Fully automatic chlorine supplementing station for tap water

Abstract

The invention provides a fully automatic chlorine supplementing station for tap water. The fully automatic chlorine supplementing station comprises a tap water pipe, a chlorine agent feeding device and an electric control cabinet and is characterized in that the tap water pipe is successively provided with a first residual chlorine instrument, a tap water flowmeter, a chlorine agent diffuser and a second residual chlorine instrument; the chlorine agent feeding device comprises a storage tank and a feeding pipe; one end of the feeding pipe is connected with the storage tank, and the other end of the feeding pipe is connected with the tap water pipe via the chlorine agent diffuser; the first residual chlorine instrument is used for detecting the amount of residual chlorine in tap water; the tap water flowmeter is used for detecting the amount of water conveyed by the tap water pipe; the electric control cabinet controls the amount of feeding chlorine of the chlorine agent feeding device according to detection data of the first residual chlorine instrument and the tap water flowmeter and the amount of residual chlorine in the water pipe located behind a set feeding point; and the second residual chlorine instrument is used for detecting the amount of residual chlorine in tap water having undergone chlorine supplementation and adjusting the working conditions of the chlorine agent feeding device according to the feedback of detection values. The fully automatic chlorine supplementing station provided by the invention realizes full-automatic and direct supplementation of chlorine to a pressure water pipe, guarantees that the amount of residual chlorine in tap water accords with standard and improves the quality of water supply.

Description

technical field [0001] The invention relates to tap water supply equipment, in particular to a fully automatic tap water chlorine replenishment station. technical background [0002] Chlorination is the main method used in the current tap water disinfection process. Its function is to kill pathogenic microorganisms in water and ensure the safety of drinking water. [0003] Under normal circumstances, the residual chlorine in factory tap water meets the national water quality standards, but in the process of tap water transportation, the residual chlorine in water will continue to be consumed. With the advancement of urban development and the integration of urban and rural water supply, the tap water pipe network is getting longer and longer. , the residual chlorine at the end of the pipe network is often insufficient and cannot meet the national water quality standards, especially in rural areas far away from water plants, industrial mines, and islands, where drinking water ...

AI Technical Summary

Problems solved by technology

[0003] Under normal circumstances, the residual chlorine in factory tap water meets the national water quality standards, but in the process of tap water transportation, the residual chlorine in water will continue to be consumed. With the advancement of urban development and the integration of urban and rural water supply, the tap water pipe network is getting longer and longer. , the residual chlorine at the end of the pipe network is often insufficient and cannot meet the national water quality standards, especially in rural areas far away from water plants, industrial mines, and islands, where drinking water safety is worrying

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