Cooling Tower how it works | Cooling Tower Working Principle | Wet bulb temperature explained

[@SandeepAcademy9]

In Cold weather, wet bulb temperature get reduced. Decreasing the wet bulb temperature lowers the outlet water temperature, but the approach is increased because of the curvature of the equilibrium line. Hence to get same approach with same heat load and range Cooling tower height will increase for low wet bulb temperature. Hope this will clarify the confusion regarding impact of wet bulb temperature. These concept will further cleared in subsequent videos on cooling Tower.

[@hardaschavda827]

Thank you sir.

[@learningskillsbyrohitraut4533]

In summer , Air temp is higher so relative humidity will be lower means rate of evaporation of water will be more hence Cooling water outlet temperature will be lower even for small height cooling tower 😅but looks like contradictory through common sense

[@ayushbharti2548]

Most awaited video sir, I am following your videos for iocl interview and I am sure sir the kind of knowledge you have provided will take me and others to their destination. Lots of love sir ❤️❤️
You are a true inspiration ❤️❤️

[@Adnan-cm9zp]

From Pakistan a lot of love and respect, i have been following you since the start of your channel.

[@SandeepAcademy9]

Thanks a ton

[@lighttv3770]

Splendid awareness about working principle of cooling tower.

[@SumitSingh-yb7te]

waoo that was awesome concept. Thank you sir for this🙏🙏

[@yazahrasa9139]

amazing thank you sir from pakistan

[@kashifahmad3861]

Thank you sir.
From Pakistan

[@hemantrathva8726]

Thankyou so much sir...gajab concept tha ....feeling aa gayi padhke...love you sir😊😊

[@sidranasir4863]

Amazing video.
Sir I have a question, you habe explained that if the temperature of water is less than the wet bulb temperature, evaporation still happens because of mass transfer gradient. But why air becomes saturated at its wet bulb temperature?
Please clear my confusion.

[@naveenpandey3255]

THANKS SIR FOR CLEARING CONCEPTS OF WET BULB TEMPERATURE AND DEW POINT TEMPERATURE.

[@vikaskragraharichemeiitbhu]

Very nice video Sandeep sir ❤

[@Shivam_Rajput_108.]

Sir class bhut achchi ....h cooling tower ...se related ak lecture series bna kr complete kr dijiy sir

[@SatyamKumar-py6ft]

Thank sir for making a video on cooling tower on our request 🙏

[@SandeepAcademy9]

Most welcome

[@AjayGupta-wu3mw]

S😊

[@AjayGupta-wu3mw]

Sir please nitrogen plant
Aur AHU par v videos banaeye

[@shalabhmaheshwari6301]

Nice explanation sir aise he aur bhi videos bnate rhe

[@amazingknowledge5689]

Absolutely Nice Explanation of All Our Quaries Related to this Topic Thanks a lot !!!

[@worldinstrumentationengineer]

BAHUT ASSA GURU JI , SAHI POINT PAKRA JI

[@gooddeedsleadto7499]

I believe cooling tower in a petrochemical refinery is used for the Furfurol Extraction Unit dewaxing refrigeration plant?
And FEU is part of the Lube refinery.

[@rahmathullahg7127]

Sir, please explain about convective cooling.

[@saquibkhan1230]

Sire pipe isometric pe details video banao. Bahut confusion hota hai iske calculation me. Double rolling calculation.

[@sanjaychaudhary999]

Sir heat transfer ke nusselt number,prandtal number, reynold number ke baare me bhi video bna dijeye

[@parthparmar6687]

Wet bulb temperature yeh bhi identify karta hai ki kitna water vapour air collect kar payega👌

[@biplobnewar6347]

Thank You Sir 😊 Please make videos on other topics too... We love to learn from you

[@parthparmar6687]

Sir ek vlog colony ka bhi bana dijiye

[@SumitKumar-fk5qr]

Lots of love and respect for you dear sir....I want to meet you sir once...❤️

[@maheshkannanm2524]

Just want to see this type of explanation in college

[@mirxakbar]

Thanks alot sir for these videos

[@user-il3jj7ki5u]

Lots of love sir from BPCL kochi refinery

[@SandeepAcademy9]

Thanks a ton

[@abhishekkumarupadhyay1385]

Natural draft or mechanical draft ,which is more effective?

[@SandeepKumar-qv2fd]

Sir, steady state par jo water ka temperature h usko wet bulb temperature bolenge ki air ke temperature ko?

[@gauravSingh-sv1cp]

Jab pani aur air ka temp same ho haya to vapor pressure bhi to same ho jayega dono mai water vapors ka
To further evaporation kaisan hoga sir ji?

[@shyamlitiwari9535]

Thank you so much sir

[@MilanMevada-w8f]

Sir,
Then how normal household Air cooler cools air with the help of water... Request to please give clarity on it for better understanding ...

[@truthfulbillionaire8610]

Sulphate barne se kiya problem hota hain please reply

[@krishnaprasanth8896]

Is their any relation between Relative humidity of ambient air and cooling tower evaporation loss??

[@swarnimabanjare1254]

Thankyou sir🙌

[@DEEPCHAND-mb2xh]

What do you do dear???

[@RahulMaurya-vt9hk]

Very nice video sir

[@sharadyadav6157]

Thank you sir

[@syedabu5641]

Great

[@almeenali455]

Nice sir

[@hhk5737]

Thnx sir for making this video

[@SandeepAcademy9]

It's my pleasure

[@gendanlal8472]

Thankyou sir ji ❤❤

[@vikashkumarsingh6406]

Sir, when we do hydro test then why venting is necessary.

[@ankitfine4787]

Thank you sir 🙏🙏🙏

[@SandeepAcademy9]

Most welcome

[@GodGod-v4u]

Sir kis mausam mai cooling tower ki efficiency jayada hoti hai.....

[@SandeepAcademy9]

Iske baare me batayenge aage

[@nishant007-jj7yl]

Air ka tem bhi hota hai usmai kya hai down hota hai

[@sayanray3638]

Sir water is liquid why we are taking partial pressure at Tw

[@phymaticatutorial]

Why this video have no views!!

[@geetendra5818]

Pls share the name of the writer again

[@kirankiran9014]

Treybal and McCabe

[@brundabansahu3831]

wet bulb temp. Very low why cooling tower hight is more

[@SandeepAcademy9]

Because approach increases at low wet bulb temperature. To get same approach more height will be required. I will explain all these things in subsequent videos.

[@brundabansahu3831]

@@SandeepAcademy9thank you

[@nishant007-jj7yl]

Kudh confuse ho bhai

[@soumenkundu1214]

Thank you sir a lot

[@ravirajbhar214]

Thanks you Sir

[@ravirajbhar214]

Bahut hi achhe content h

[@ALRajput21183]

Nice video sir ji

[@SandeepAcademy9]

Thanks and welcome