Booster pump station complementary with municipal water supply pipe network to stabilize water supply

Abstract

The invention discloses a booster pump station complementary with a municipal water supply pipe network to stabilize water supply, and relates to the technical field of booster pump stations. The booster pump station complementary with the municipal water supply pipe network to stabilize water supply comprises a base; a shock absorption and noise reduction mechanism, a detection mechanism, a chlorine supplementing mechanism, a stirring mechanism and a water tank are arranged on the base; the water tank is located over the base, and four supporting rods are welded to the outer surface of the top of the base; one end of each supporting rod is welded to the outer surface of the bottom of the water tank; and a first booster pump and a second booster pump are welded to the outer surface of thetop of the base. According to the booster pump station complementary with the municipal water supply pipe network to stabilize water supply, the pressure of the municipal water supply pipe network isshared in the water supply valley period of the municipal water supply pipe network, the municipal water supply pipe network is pressurized and replenished in the water supply peak period, the water supply capacity of the municipal water supply pipe network and pipeline internal pressure stability can be guaranteed, and a guarantee is provided for normal production and life of surrounding residents.

Description

technical field [0001] The invention relates to the technical field of pressurized pump stations, in particular to a pressurized pump station that complements municipal water supply pipe networks to stabilize water supply. Background technique [0002] The booster pump station refers to the structure that increases the water pressure in a local area of ​​the water distribution system, also known as the pressurization station. There are two ways to arrange the pressurized pumping station: one is directly connected to the pipeline; the other is to build regulation and storage facilities in the pressurized pumping station. [0003] The municipal water supply network often suffers from water shortage and insufficient water pressure during the peak period of water supply, which has a certain impact on the production and life of residents. The negative pressure in the pipeline increases, and the risk of pipeline burst increases. It is necessary to use the pressurized pump station...

AI Technical Summary

Problems solved by technology

[0003] The municipal water supply network often suffers from water shortage and insufficient water pressure during the peak period of water supply, which has a certain impact on the production and life of residents. The negative pressure in the pipeline increases, and the risk of pipeline burst increases. It is necessary to use the pressurized pump station to maintain the stability of the water supply of the pipe network. However, most of the pressurized pump stations currently have the defects of large area and single function, which waste a lot of land resources and space. The utilization rate is low. The municipal pipe network water supply has been chlorinated and disinfected, and the chlorine gas in it is easy to volatilize during the process of transporting and diverting water by using a pressurized pump station. When the chlorine content in the water is low, it is easy to cause bacteria to grow. It is harmful to the health of residents, and the pressurization equipment used in the pressurization pump station will vibrate during operation, which will cause noise, which will have a certain degree of negative impact on the production and life of the equipment itself and the surrounding environment. It is practical and practical Low sex, not conducive to promotion and use

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