The spray cooling tower adopts an upward spray type spray ventilation and atomization device, which is driven by hydraulic power, and the low pressure (0.16—0.25MPa) liquid flow generates mist flow through the swirl atomization nozzle. The force of the mist flow starts the sealing transmission mechanism and the wind blades to react. Rotate to produce air directed towards the mist flow from the lower part. The air-water ratio can reach 1.0-1.3. The atomized droplets exchange heat with the air entering the tower under mist conditions to achieve a cooling effect.
1. Realize water release by atomizing nozzle. A large amount of scale and sludge are generated during the operation of the entire air conditioning system. The clogging of nozzles is a fatal defect of spray cooling towers. We often see the water flowing straight down instead of spreading out in the form of mist, indicating that the blockage is serious. The nozzles are installed inside the tower, and at least every week has to be maintained and cleaned, resulting in a lot of labor costs.
2. The mist cooling tower has no water-spraying filler, or is equipped with a very small amount of heat-dissipating filler, and there is no heat exchange condition inside the tower, and the effect can be imagined;
3. The mist cooling tower has no motor and reducer light power system. The first two points have caused very low efficiency. Before the power system exhausts the hot air for heat exchange, it is not a heat exchange device, but a decoration Crafts.
It is actually not difficult to solve the problem of the inefficiency of the spray cooling tower. Since we already know where the fatal point is, we will change it back bit by bit.
Guangdong Trlon Energy-saving Air Conditioning Equipment Co., Ltd.
Company Address： 1916A, Block A, David Donglong Business Building, Longhua, Longhua District, Shenzhen