Water kinetic energy jet propulsion ventilation cooling tower

Abstract

The invention relates to a water kinetic energy jet propulsion ventilation cooling tower. The water kinetic energy jet propulsion ventilation cooling tower comprises an air duct, a multidimensional dehydrator, a tower body, a water kinetic energy jet device, an air collection duct, a water spray plate, a water spray grillage, an anti-splash plate, an air inlet, air guiding plates and a water collection pool, wherein the air duct is positioned at the top of the tower; the multidimensional dehydrator is positioned under the top of the tower; the water kinetic energy jet device is positioned in the middle and lower portion of the tower body and in the axial center position of the air collection duct; a jet water drop and non-saturated air combined cocurrent and countercurrent running space is between the multidimensional dehydrator and the water kinetic energy jet device; the water spray plate is arranged under the periphery of the air collection duct; the anti-splash plate is positioned under the water spray grillage; and the bottom of the body of the tower is provided with the water collection pool, and the air guiding plates are arranged at positions which are under the water spray grillage, above the water collection pool and at the middle of the tower and face the air inlet. The water kinetic energy jet propulsion ventilation cooling tower which adopts the water kinetic energy jet propulsion mode abandons a motor, a speed reducer, a filler, a countercurrent spray device and a common dehydrator, so the cooling form of the tower is optimized; the water flow can drive fan blades to rotate when the jet cooling of the water flow is carried out; and the water kinetic energy jet propulsion mode has the advantages of stable cooling effect, low maintenance cost, energy saving and environmental protection, and is suitable for medium and small cooling towers.

Description

technical field [0001] The invention relates to the technical field of cooling towers, in particular to a hydrokinetic energy jet propulsion ventilation cooling tower. Background technique [0002] In the past hundred years, cooling towers have been widely used in the domestic and foreign markets, and traditional counterflow packing cooling towers have been widely used, and various structural forms of packing towers have appeared; however, from the development of recent decades, all counterflow packing cooling towers The cooling efficiency is difficult to maintain, and the packing of this type of cooling tower is easy to scale when it is running, and the resistance is large. After scaling, the cooling efficiency drops significantly, power consumption, and high operation and maintenance costs. Contents of the invention [0003] The object of the present invention is to provide a hydrokinetic energy jet propulsion ventilation cooling tower without motor, without filler, stab...

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Problems solved by technology

[0002] In the past hundred years, cooling towers have been widely used in the domestic and foreign markets, and traditional counterflow packing cooling towers have been widely used, and various structural forms of packing towers have appeared; however, from the development of recent decades, all counterflow packing cooling towers The cooling efficiency is difficult to maintain, and the packing of this type of cooling tower is easy to scale when it is running, and the resistance is large. After scaling, the cooling efficiency drops significantly, power consumption, and high operation and maintenance costs.

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