Plate-heat-exchanger mist elimination module and cooling tower with same

Abstract

The invention provides a mist elimination cooling tower with a mist elimination module. The mist elimination cooling tower comprises a tower body, wherein the mist elimination module is arranged in the tower body; the mist elimination module comprises first packing sheets and second packing sheets; the first packing sheets and the second packing sheets are both corrugated plates; the section of each first packing sheet is Z-shaped; a connection sheet is arranged at the middle of each first packing sheet; the two sides of each connection sheet are concave surfaces; and each second packing sheetis arranged on the two concave surfaces of the corresponding first packing sheet, and the corrugation of the second packing sheets and the corrugation of the first packing sheets are formed slantwise. According to the mist elimination module provided by the invention, the Z-shaped first packing sheets are formed through compression molding, the second packing sheets are arranged on the first packing sheets, and the corrugation of the first packing sheets and the corrugation of the second packing sheets are mutually intersected to form staggered channels, so that water flow can be better dispersed, and the heat exchange efficiency is increased.

Description

technical field [0001] The invention relates to the technical field of cooling towers, in particular to a plate-exchanging mist elimination module and a cooling tower thereof. Background technique [0002] The rain and fog produced at the outlet of the fan duct of the mechanical ventilation cooling tower is a normal physical change after the contact of cold and hot air. It is produced by the rapid condensation of water vapor when exposed to cold outside air. It mainly occurs in winter and the rainy season, and the generation of rain and fog has no effect on the performance of the cooling tower. With the improvement of environmental protection requirements, the relevant requirements for cooling towers have also increased accordingly. Although the rain and fog at the air outlet of the cooling tower has no effect on the performance of the cooling tower, it has a great impact on the operation and working environment of the plant, road traffic safety, equipment corrosion in the...

AI Technical Summary

Problems solved by technology

Although the rain and fog at the air outlet of the cooling tower has no effect on the performance of the cooling tower, it has a great impact on the operation and working environment of the factory area, road traffic safety, equipment corrosion in the plant area, and a large loss of circulating water.

In the current anti-fog cooling tower, the air flows in a straight line inside the filler, and the contact time with hot water is short, so the heat exchange cannot be fully performed, resulting in low heat exchange efficiency

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