Water cooling tower

Abstract

The invention discloses a water cooling tower. The water cooling tower comprises a water storage tank. A water cooling tower body is arranged above the water storage tank. Water inflow pipes are arranged at one end of the water cooling tower body and connected with heating devices. Water drainage pipes are connected with a water storage pool. The water drainage pipes are connected with the heating devices. A water drainage pump is arranged on each water drainage pipe. The two or more water inflow pipes are arranged. The number of the water drainage pipes can be two or more. The number of the heating devices can be two or more. The water cooling tower device overcomes the defects in the prior art in a breakthrough mode, compared with the problems existing in the technical background, the water cooling tower has the advantages that hundreds of tons of water resources are saved per month, water consumption cost is greatly reduced, fines generated by excessive and out-of-limit water consumption are avoided, labor is saved, the enterprise production mechanization technological content is increased, and labor production efficiency is improved.

Description

technical field [0001] The invention relates to the field of energy saving and emission reduction, in particular to a cooling tower. Background technique [0002] When automotive interior materials are produced in compound processing, the mechanical equipment will generate high heat. The heat is generally cooled by circulating tap water. When the water temperature reaches above 60 degrees, the cooling effect cannot be achieved and cannot be reused. The hot water can only be discharged into the canal, and then flowed to the sewer to be dumped. In this way, dozens of tons of tap water are discharged every month, which wastes a lot of water resources, water costs, and the company pays high water resource fines every year. At the same time, this kind of operation requires manual attention to control the water temperature. If the overheated water temperature is not dealt with in time due to negligence, the composite machine will suffer great damage. In response to this situation...

AI Technical Summary

Problems solved by technology

[0002] When automotive interior materials are produced in compound processing, the mechanical equipment will generate high heat. The heat is generally cooled by circulating tap water. When the water temperature reaches above 60 degrees, the cooling effect cannot be achieved and cannot be reused. The hot water can only be discharged into the canal, and then flowed to the sewer to be dumped. In this way, dozens of tons of tap water are discharged every month, which wastes a lot of water resources, water costs, and the company pays high water resource fines every year.

At the same time, this kind of operation requires manual attention to control the water temperature. If the overheated water temperature is not dealt with in time due to negligence, the composite machine will suffer great damage

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