WHAT IS A COOLING TOWER AND HOW DOES IT WORK?
Water is used to remove excess heat from the network and release it into the surroundings, usually by evaporation in cooling tower systems. Cooling towers, recirculating pumps, and heat exchangers are the three main components of a cooling system. Water is heated before passing through a heating system.
Hot water fills the tower from production machines, a commercial air conditioning system, or any other heat source, and distributes evenly at the top.
The apparatus fill spreads the water out over a broad area as it runs down the tower, increasing the water-air contact and therefore increasing heat transmission via evaporation.
The cold water then returns to cool the original heat source, and the cycle begins all over again. A part of the water system is drained to the sink through a drain valve for system balance. The line refills the cooling tower by feeding it with new water.
By utilizing a cooling tower, you may minimize the amount of heat absorbed in the water so that it allows you to reuse the same water. It helps you to conserve water, which is becoming increasingly limited these days.
There are smaller cooling towers and huge cooling towers to choose from, and you should pick the one that best fits your requirement.
APPLICATIONS OF COOLING TOWER
Small cooling towers are suited for household usage since they only manage a few liters of water, but giant cooling towers can handle many more liters of water and are suitable for industrial use. The cooling tower is a heat transfer system that helps to remove waste heat from the water-based process system fluid.
The cooling tower’s primary function is to prevent the heat absorbed by the flowing cooling water system. The following are some of the applications of the cooling tower:
Air compressors with a water cooling system
Blow Molding and Compression Molding Machine
Machinery for die casting
Plant for deep freeze and anodizing
Plant for generating electricity
VAM machinery and liquid air conditioning systems
Machines that process natural gas
Stations that generate electricity
Oil and gas facilities
Plants that are semi-conductor
Hydrocarbon facilities
Boiler Application
Chiller Application
Die Casting Application
Furnace Application
Fot Dip Galvanizing
Hydraulic Press