Kinetic energy rotating nozzle for water distribution in cooling tower

Abstract

The application discloses a kinetic energy rotating nozzle for water distribution in a cooling tower. The nozzle comprises a pipe barrel and a nozzle body, one end of the pipe barrel is connected with an outer circulating water pipe, and the other end of the pipe barrel is connected with the nozzle body; and the nozzle body comprises a first water splashing disc and a second water splashing disc, the first water splashing disc and the second water splashing disc are connected through two symmetrical fixing tie bars, the first water splashing disc and the pipe barrel are connected through two symmetrical fixing tie bars, and the second water splashing disc and the pipe barrel are connected through two symmetrical fixing tie bars. The nozzle has the following advantages that the problem that an existing nozzle is not beneficial to combination geometrically is solved, it is guaranteed that water is evenly supplied to filler in unit area, designers have more and good choices to meet actual design requirements, and a nozzle with a non-circular spraying area is a fundamental way for solving the problem that the efficiency of the cooling tower is affected due to incompatibility of existing circular spraying areas in geometrical shapes.

Description

technical field [0001] The invention relates to the field of cooling towers, in particular to a cooling tower nozzle with a square spraying area and more uniform spraying. Background technique [0002] Cooling towers are commonly used cooling equipment in petroleum, chemical, pharmaceutical, oil refining and other industries. The waste heat generated in the industrial production process needs to be taken away by the evaporation of circulating water in the cooling tower, so that the heat can be transferred to the air and dissipated to the atmosphere. The function of the nozzle in the cooling tower is to disperse the cooling water into water droplets and spray it on the filler, so that the water can fully contact the air for heat exchange. The efficiency of the nozzle directly affects the heat transfer efficiency of the cooling tower. However, the water tray of the existing water distribution nozzle is circular, and the sprayed area is also circular in shape, but there is a pr...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a kinetic energy rotating nozzle for distributing water in the cooling tower to solve the problem that the existing nozzles are not conducive to combination in geometry, and to ensure that the packing per unit area receives water evenly, so that Designers have more and better choices to meet the actual design requirements. The non-circular spray area nozzle is the fundamental way to solve the geometric incompatibility of the existing circular spray area and affect the efficiency of the cooling tower.

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