Efficient fog dissipation cooling tower

Abstract

The invention discloses an efficient fog dissipation cooling tower. The efficient fog dissipation cooling tower comprises a cooling tower body, a water collection pond arranged at the bottom of the cooling tower body, a cooling coiled pipe arranged on the upper portion of the water collection pond, a first air inlet arranged between the water collection pond and the cooling coiled pipe, a water spraying filler layer arranged on the upper portion of the cooling coiled pipe, a water distribution pipeline horizontally arranged on the upper portion of the water spraying filler layer, a spraying head arranged at the bottom of the water distribution pipeline, an exhaust fan arranged at the top of the cooling tower body and a fog dissipation cover arranged on the exhaust fan. A spraying pump is arranged on the water distribution pipeline. Stop valves are arranged on the water distribution pipeline. A spraying pump water inlet pipe of the spraying pump communicates with the water collection pond. A water outlet of the spraying pump communicates with the water distribution pipeline. A power interface and a switch are arranged on the spraying pump. The fog dissipation cooling tower has the advantages of being reasonable in design, good in fog dissipation effect and the like.

Description

technical field [0001] The invention relates to the technical field of cooling towers, and more specifically, to a mist-eliminating cooling tower. Background technique [0002] The function of the cooling tower is to exchange heat between the circulating water carrying waste heat and the air in the tower, transfer the heat of the water to the air and disperse it into the atmosphere, and cool down the circulating water. Conventional cooling towers spray hot water onto the surface of the filler to contact the cold air passing through the filler, heat exchange occurs between the hot water and the cold air, and part of the hot water is evaporated at the same time. The heat exchange process mainly dissipates heat through the evaporation of water. This will easily lead to water loss in the cooling tower. At the same time, when the saturated hot and humid air is discharged from the outlet of the cooling tower, it will be cooled by the cold air from the outside, and condensation wil...

AI Technical Summary

Problems solved by technology

Conventional cooling towers spray hot water onto the surface of the filler to contact the cold air passing through the filler, heat exchange occurs between the hot water and the cold air, and part of the hot water is evaporated at the same time. The heat exchange process mainly dissipates heat through the evaporation of water. This will easily lead to water loss in the cooling tower. At the same time, when the saturated hot and humid air is discharged from the outlet of the cooling tower, it will be cooled by the cold air from the outside, and condensation will produce a lot of water droplets, resulting in white fog, which will affect the visibility of the environment.

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