How to calculate the evaporation rate of cooling towers in Urdu

This is the HVAC tutorial video about How to calculate the evaporation rate of cooling towers in Urdu. It is also important for HVAC/MEP technical staff. Here sharing my experience and knowledge that will be helpful for learning & growing for Engineers & Technical persons.
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[@user-jn5ky1oh3u]

ma sha allah nice video

[@TanweerAhmed]

JazakaAllah

[@SahidMistry-qj3ky]

❤❤❤❤❤❤❤

[@TanweerAhmed]

Thanks

[@faridkhan-mf5xg]

Great information sir

[@TanweerAhmed]

Thank you

[@sureshkumar-fp8bl]

Sir Chiller water shell and tube evaporator how to calculate evaporating water loss calculation.

[@TanweerAhmed]

No loss or minor loss therefore no need to calculate

[@AsimKhan-ol9bn]

Good

[@TanweerAhmed]

Thanks

[@stepupdahiya2.064]

Sir ji ..... atmosphere temperature se koe effect nahi hoga evapouration par ?? Please reply

[@TanweerAhmed]

The evaporation rate of a cooling tower is influenced by several factors, including the temperature and humidity of the atmosphere.
Higher atmospheric temperatures generally lead to an increase in evaporation rate from a cooling tower. As the air surrounding the cooling tower becomes warmer, it has a greater capacity to absorb moisture. This increased moisture absorption allows for more efficient evaporation from the tower, resulting in enhanced cooling performance.
However, humidity levels in the atmosphere also play a crucial role. High humidity reduces the evaporation rate because the air is already saturated with moisture, making it more difficult for additional water to evaporate from the cooling tower. In such conditions, the cooling tower may be less effective in dissipating heat and providing the desired cooling effect.
In summary, higher atmospheric temperatures typically lead to increased evaporation rates from a cooling tower, while high humidity levels can limit the evaporation process. It is important to consider both temperature and humidity when evaluating the impact on the evaporation and cooling performance of a cooling tower.

[@MOHDMOHSIN-ic8id]

Assalamualaikum Sir
Evaporation rate 10 GPM
Per minute/ Per hour/ Per day hai

[@TanweerAhmed]

W.Salam,
Detail is given in video

[@firefightingexpert4447]

Sir hydrant valve flow 900lpm @7 bar kaise calculate kiya hai? .
M calculating 29.84X0.9(cd) X 2.55²(pipe dia) Xsqroot of 99.9 psi.
Finally m getting 1375 GPM.
Sir plz 900 lpm kaise aa raha hai @7bar and 63 outlet of hydrant valve

[@TanweerAhmed]

Basic should be clear concept. If there is mistake in calculation then rectify.

[@firefightingexpert4447]

@@TanweerAhmed sir but how we r getting 900lpm@7bar fro hydrant valves?.
Requesting u kindly share the formula.

[@SahidMistry-qj3ky]

Haii

[@TanweerAhmed]

G