Range and Approach of Cooling Tower | Cooling Tower Factors: Range & Approach | Wet Bulb Temperature

Range and Approach of Cooling Tower | Cooling Tower Factors: Range & Approach | Wet Bulb Temperature | Core Engineering
In this video we are going to discuss about the ;
Cooling tower calculation
Range and Approach of Cooling tower
What is range and approach of cooling tower?
Cooling tower approach
what is approach temperature and range of cooling tower?
wet bulb temperature and cooling tower performance
what is the formula of range and approach of cooling tower?
Cooling tower factors: temperature, range & approach
Approach and range explained
Cooling tower performance calculation
Cooling tower approach
Cooling tower performance
Cooling tower performance parameters
Cooling tower efficiency
approach of cooling tower formula
range of cooling tower formula
what should be range of cooling tower?
#CoreEngineering #engineering #refinery #powerplant #coolingtower #processengineering #coolingsystem
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[@supunlalantha8017]

Thank you. In your first example the range should be 8 degree C, not 7.

[@punjab4816]

thank you so much sir

[@arpitdhiman4021]

Thanks for video,
Sir , web bulb temperature is different im summer and winder because in summer season atmosphere temperature goes 48 degree C &/In winter atmosphere temperature 8 degree C, ??

[@alokmanna7639]

How much maximum temperature drop in cooling Tower.?passible

[@Coreengineers]

The maximum temperature drop possible in a cooling tower depends on various factors, including the design and operating conditions of the cooling tower, the ambient conditions, and the characteristics of the cooling water being used.
In a typical cooling tower, the temperature drop achieved is called the "approach." Approach refers to the difference between the temperature of the water at the cooling tower outlet (also known as the "hot water" temperature) and the ambient air wet-bulb temperature. Wet-bulb temperature is the lowest temperature that can be reached by the evaporation of water only, and it represents the lowest temperature the air can reach under the prevailing humidity and pressure conditions.
The approach value is typically a fixed percentage of the wet-bulb temperature. A common approach value is around 5 to 10 degrees Fahrenheit (2.8 to 5.6 degrees Celsius).
So, if the wet-bulb temperature is 80°F (26.7°C), and the cooling tower has an approach of 5°F (2.8°C), the maximum temperature drop achievable in that cooling tower would be around 5°F (2.8°C), resulting in an outlet water temperature of approximately 75°F (23.9°C).