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What Is Cooling Tower?
Cooling tower is a very vital component of various industrial applications. The primitive responsibility of a cooling tower is to discard the heat into the atmosphere. The cooling tower charaterises a relatively modest, dependable and economic means of abstracting low grade heat of water from a circulating system.
How Does Cooling Tower Work?
Generally, a cooling tower can refer to any form of industrial water cooling by means of evaporative effects. Cooling tower is a most common, acceptable and economical device for industrial water cooling. Basically the cooling tower is nothing but an evaporative water cooling equipment.
What are the applications of Cooling Towers?
Delta Cooling Towers P.Ltd. is a leading name engaged in manufacturing of cooling tower for all kind of industrial use.Our Cooling towers are extensively used in various applications such as :
Cooling Tower Components
Established in the year 1993 at Delhi ( India), we “Delta Cooling Towers P. Ltd.,” are counted amongst one of the well known manufacturers and traders of cooling tower components and allied products.
How many types of Cooling Towers are there?
Cooling towers are devices whose primary responsibility is the transfer of heat from water to air. It reduces the temperature of industrial water, being used for re-circulation.
What is Induced Draft Cooling Tower?
Induced draft cooling tower is a mechanical draft cooling tower, which is more efficient than forced draft cooling tower as it uses 50% less energy in comparison to forced draft designs.
What is Counter Flow Cooling Tower?
Counter flow cooling towers are fitted with an induced draught fan on the top and are directly mounted on the motor. The fan induces the ambient air into the tower to draft it upward. As a result, the speed of exhaust air is much higher than the air that enters.
What is the difference between Counter Flow and Cross Flow Cooling Towers?
Counter flow cooling towers are fitted with an induced draught fan on the top and are directly mounted on the motor. The fan induces the ambient air into the tower to draft it upward. As a result, the speed of exhaust air is much higher than the air that enters.
Cooling Tower Formulas
T1 :- Hot water temperature entering to cooling tower
T2 :- Cold water temperature leaving from cooling tower
Cooling Tower Nomenclature
Cooling Tower range is a diffential temperature between the water entering to the cooling tower and the water leaving the cooling tower. For example, if entering water (hot water) temperature is 100° F, and leaving water (cold water) temperature is 90°F, the cooling tower range will be 10° F.
