Circulating water cooling pool

Abstract

The invention discloses a circulating water cooling pool which can intermittently start and use water pumps and pumps of a hot pool and a cold pool and reduce the faults caused by the long term idle of a hot water pump and a hot water valve. The circulating water cooling pool is characterized in that the hot pool is connected with a cooling tower through a cooling water supply pipe, and the hot water pump and a cooling control valve are mounted on the cooling water supply pipe; the cooling tower is mounted above the cold pool; the cold pool is connected with a water drainage pipe, and a cold water pump and a cold water valve are mounted on the water drainage pipe; a connecting pipe is connected between the cooling water supply pipe and the water drainage pipe, and a connection control valve is arranged on the connecting pipe; the connection point of the cooling water supply pipe and the connecting pipe is positioned in front of the cooling control valve mounted on the cooling water supply pipe, and the connection point of the connecting pipe and the water drainage pipe is positioned behind the cold water valve; a communicating channel is arranged between the hot pool and the cold pool. The circulating water cooling pool has the advantages that the maintenance cost can be reduced, the fault rate can be reduced, and the working efficiency can be improved; meanwhile, the running cost and the building cost can be reduced.

Description

technical field [0001] The invention relates to a circulating water cooling system, in particular to a circulating water cooling pool suitable for industrial applications. Background technique [0002] The existing industrial circulating water cooling pool includes a hot water pool and a cold water pool, and a cooling tower is installed above the cold water pool. Water users, complete the cooling cycle treatment. However, the existing cooling pools generally have the following disadvantages: (1) when the temperature of hot water is low or the temperature in winter is low, due to the low temperature of hot water in the hot water pool, it is not necessary to use cooling towers to cool down, and the water temperature requirements can be met. In this way, the hot water pumps, hot water valves, pipelines, etc. configured by the hot water pool will be idle for a long time, causing corrosion, etc., and need to be overhauled, maintained, or even replaced with some equipment before ...

AI Technical Summary

Problems solved by technology

However, the existing cooling pools generally have the following disadvantages: (1) when the temperature of hot water is low or the temperature in winter is low, due to the low temperature of hot water in the hot water pool, it is not necessary to use cooling towers to cool down, and the water temperature requirements can be met. In this way, the hot water pumps, hot water valves, pipelines, etc. configured by the hot water pool will be idle for a long time, causing corrosion, etc., and need to be overhauled, maintained, or even replaced with some equipment before restarting use, thereby increasing operating costs; (2) In terms of water consumption Larger enterprises need to install a lot of cooling towers, and the area of ​​the cold water pool needs to meet the installation requirements of the cooling tower, which will inevitably increase the floor area of ​​the cold water pool and increase the construction cost

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