Efficient Closed Circuit Cooling Tower
Medium closed: fully closed, zero pollution
Number of fans: 2-3
Equipment Classification: Counter-flow, cross-flow, composite, etc.
Method of heat exchange: cross inter-wall heat exchange
Antifreeze: glycol solution, etc. can be used as a process fluid or spray water
Precise Temperature Control: the temperature difference can be controlled within ± 1 ℃, to ensure the efficient operation of the battery plate
Medium Format: Fluid Cooling Cooling
Automation: Automatic Digital Display Temperature Control, the Energy saving and environmental protection
Circulation flow: small general 10-80m³/h or so
Product features: easy to transport and install, efficient heat exchange performance
Products Description
The core working principle of the efficient closed circuit cooling towe is based on the indirect interstitial heat transfer mechanism. In the efficient closed circuit cooling towe system, there are two independent and synergistic cycles: the inner cycle and the outer cycle.
In the internal cycle of the efficient closed circuit cooling towe, the process fluids to be cooled (e.g. liquids in industrial production, chilled water in HVAC systems, etc.) flow inside the closed heat exchanger coils of the efficient closed circuit cooling towe. The external circulation of the efficient closed circuit cooling towe is carried out by means of a sprinkler system, which sprays water from the efficient closed circuit cooling towe onto the surface of the heat exchanger coils. At the same time, a fan introduces ambient air into the efficient closed circuit cooling towe. As the air passes over the water-wetted coil surface, a portion of the sprayed water evaporates, and the evaporation process absorbs heat, which results in a reduction of the process fluid temperature inside the efficient closed circuit cooling towe coil. The temperature of the process fluid inside the efficient closed circuit cooling towe coil is lowered. Heat is transferred from the process fluid, in turn, through the walls of the efficient closed circuit cooling towe coil, the spray water, and ultimately to the air to achieve effective heat dissipation.
The advantage of occasions requiring system pressure is that the efficient closed circuit cooling towe can withstand higher pressures and is suitable for processes requiring a certain system pressure (e.g., cooling high-pressure equipment). Compare with open tower: open tower is usually an atmospheric pressure system.
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