Hello from 2023! You run one of the best (or is it the best?) engineering TH-cam channels. Especially, your EE series are a piece of art, can't tell you how useful those are to me! Thank you a lot!
After watching tons of videos and reading lots of mechanical engineering books and especially hvac systems, this was the neatest explanation that I have had during 6 years of experience in the industry.
So very informative. Thank you. 🙏🏽 I’ve been working around these things a couple years now and your videos make sense of it all. Stationary Engineers and Operators!
thanks for our time. finally, I understand the cooling tower. I did not find any vid that explains the cooling tower like this. thanks again and keep up the great work
Great video! How about some maintenance video on for example, how to service a building pressurisation unit and expansion vessels? Or how to clean out a calorifier? Thanks!
Just wanted to appreciate your efforts! your videos really helped me learn about and understand hvac systems thank you so much! (a civil engineer from pakistan)
Yo bro when I mean I’m so grateful to have came across this video. I am in the field as we speak. I feel like a rookie, but this just gives any more knowledge to what I need to know. Thank you if there’s a way I can ever reach out to you please let me know.💪🏿🤙🏿
What is the difference between a fluid cooler and a cooling tower and why would I choose one over the other. I have seen some sites that have both types. Not sure why
Thank you Paul for the great explanation, as always. Can you please make one more video for Closed-circuit cooling towers, and how they're different from open cooling towers?
Thank you so much! Maybe you could make a discord server for your channel? Would love to join one and discuss your videos with other fans! Keep it up, especially on HVAC topics! Please!
I've seen some of your more current videos, and they are much better than this. You should update this one with some engineering and design calculations as well as the physics behind the actual heat dissipation and water evaporation
Hi bro, I was checking your video. I have one doubt about this cooling tower. Does the outdoor cool air touches directly the chiller water which was sprinkled into the film? If so, would that add dust/impurities etc to the chiller water? Thanks
what is the typical temperature range of the condenser water, the return cooler water, the ambient air, and the ambient humidity? can these operate at high ambient temperature and humidity? how much water do they lose to atmosphere?
If there is multi cell cooling tower then will there be a separate float valve for each cell or one float valve is enough for multi cell cooling tower?
Where does the water go when it's drained ? Is it reused somewhere or does it just go to the sewer? Also, where does the new, fresh water come from? If the building is connected to the city water supply, is that where the new water comes from? Is that usually connected at the chiller ?
@@EngineeringMindset thank you. I'm taking my RMO exam from FDNY. I'm watching all your videos in order..many people told me these videos helped them a lot to pass the exam
Question that seems very basic here... What is the difference between a cooling tower and a fluid cooler. Working in residential now everyone calls these towers fluid coolers, and that its different than cooling towers in commercial. Any info is appreciated, have not got a complete answer yet.
most have fans on the top but some will use ground mounted fans which sit at the side and blow air inside, these are usually used when the cooling tower would exceed height restrictions for local building regulations so shorter towers are needed
Hi, if the water supply to the cooling tower (specified on the chiller's schematic) is 2000L/h, does that mean that 2000L of warm water are lost to the environment every hour? Is it worth trying to recover somehow? (asking for an academic group project that aims to recover heat/water from a chiller) Thank you..
My man is too proud of the model he built. Kept getting distracted by it and wanting to spin it and show it off instead of explaining how it works lol 😂 that’s being said.... it is a very nice model
my building is about 30 yrs old and our bypass is pneumatic but even after watching this i still dont have a full concept of what the need is for the bypass... our pnumatic operations are being slowly phased out and changed to digital but if anybody reading this knows please fill me in
⚠️ *Found this video super useful?* Buy Paul a coffee to say thanks: ☕
PayPal: www.paypal.me/TheEngineerinMindset
I’ve been doing HVAC for 15 years and even I learned a few new things on this video….
Great content and keep up the great work
Hello from 2023! You run one of the best (or is it the best?) engineering TH-cam channels. Especially, your EE series are a piece of art, can't tell you how useful those are to me! Thank you a lot!
After watching tons of videos and reading lots of mechanical engineering books and especially hvac systems, this was the neatest explanation that I have had during 6 years of experience in the industry.
This is one of the most well thought out easy to digest, and incredibly visualized presentations I’ve ever seen. Great work!
Drain for draining the system for preventive maintenance, float valve for make up water to maintain water level at the basin to prevent air pocketing.
Best engineering content creator for the new generation of elite engineers
I used this video to learn English terminology (of cooling towers); perfect! Thank you!
So very informative. Thank you. 🙏🏽 I’ve been working around these things a couple years now and your videos make sense of it all. Stationary Engineers and Operators!
thanks for our time. finally, I understand the cooling tower. I did not find any vid that explains the cooling tower like this. thanks again and keep up the great work
Thank you so much for your sharing! Among all the videos this is the most simple&easiest to understand!
I just got a project on study of cooling tower and efficiency improvement. This is great video for basic starting. Subscribed.
Can you share your study?
Great video! How about some maintenance video on for example, how to service a building pressurisation unit and expansion vessels? Or how to clean out a calorifier? Thanks!
AMAZING!!! VERY SIMPLE EXPLANATION...thank you!
Just wanted to appreciate your efforts!
your videos really helped me learn about and understand hvac systems
thank you so much!
(a civil engineer from pakistan)
There is also water jet oriented towards the thins.
The tower cleans itself.
Thank's for sharing
I’m an apprentice in building maintenance this is sick
Thanks guys for uploading this video. You guys are better than my instructor.
Thanks man ever since I subscribed I have been learning so much I have a project on chillers thank u
very perfect 3D model
Very well explained. Thank you
Excellent presentation.
A very informative video, this took my cursor straight to subscribe. I believe there is still a lot to learn here. thank you
Great Video, Please make a video Maintenance of the Hvac System
Nicely explained with real pictures of each component. Also plz share a video on VAM.
What a great channel this is
Nice and to-the-point presentation... As always... 👍
Yo bro when I mean I’m so grateful to have came across this video. I am in the field as we speak. I feel like a rookie, but this just gives any more knowledge to what I need to know. Thank you if there’s a way I can ever reach out to you please let me know.💪🏿🤙🏿
Excellent video, mate -- Cheers!
Excellent Video!
Thanks sir. Thanks is a small word for this great work.
makes alot of sense thank you so much for the information!
You blitzed this one!! Bravo!
Really very helpful video !!
Really great video, thankyou 👍🏻
Subscribed, amazing video mate!
great video nicely explained keep up the great work.
Thank You Very much Sir!
Great video as always. Thank you.
Thank you for video like this ❤️❤️❤️
Well explained and very helpful. Thanks.
+François-Philippe Paradis Glad you enjoyed it
thankyou!! the best explaination
thank you so much Paul, very clear
\
Absolutely wonderful presentation!
Thank you, Charles. Glad you enjoyed it, plenty more on the way.
very informative
Very nice explain thank u
Thanks again mate.
All your videos are interesting!!!!
Very good, thank you.
Great detail video really helps a lot
Thank you so much for providing such a useful video.
What is the difference between a fluid cooler and a cooling tower and why would I choose one over the other.
I have seen some sites that have both types. Not sure why
Thank you Paul for the great explanation, as always. Can you please make one more video for Closed-circuit cooling towers, and how they're different from open cooling towers?
great information
Very well made video
Thank you so much! Maybe you could make a discord server for your channel? Would love to join one and discuss your videos with other fans! Keep it up, especially on HVAC topics! Please!
Thank you for this video ♥️
Thank you!
Great video
I've seen some of your more current videos, and they are much better than this. You should update this one with some engineering and design calculations as well as the physics behind the actual heat dissipation and water evaporation
You are making so helpful and successfully videos hvac kindly make vrf system video
New VRF unit video here:➡️ th-cam.com/video/4i1XgcP1tmw/w-d-xo.html
awesome video ty
Thank you
great video! support
Thank you for your videos :)
Thank you sir
bouta pass my quiz bc of this 😈😈😈
Could you please increase the volume.
Learn how *COOLING TOWERS, AHU and CHILLERS* work together: th-cam.com/video/1cvFlBLo4u0/w-d-xo.html
Hi bro, I was checking your video. I have one doubt about this cooling tower. Does the outdoor cool air touches directly the chiller water which was sprinkled into the film? If so, would that add dust/impurities etc to the chiller water? Thanks
really great video explaination is awsome keep up great work , and one request make the sound better
Thank you so much for all your videos. Really very well done! Great and easy to follow
what is the typical temperature range of the condenser water, the return cooler water, the ambient air, and the ambient humidity? can these operate at high ambient temperature and humidity? how much water do they lose to atmosphere?
好喜欢这个视频，图画的很直观。可惜听不太懂，英语太差。XIE XIE .感恩。
Good job.
Please kindly write the basic equations used in design the cooling towers. ( simple and practical forms).
If there is multi cell cooling tower then will there be a separate float valve for each cell or one float valve is enough for multi cell cooling tower?
There are many ways to do it, there could be several towers connected together and a pipe running between all to balance the water level too
Need to do the video over with someone else explaining what's going on,,,videos are always great and helpful,,Paul is just off his game in this video
This is channel is simple AWESOME, helped me a lot||||
Where does the water go when it's drained ? Is it reused somewhere or does it just go to the sewer? Also, where does the new, fresh water come from? If the building is connected to the city water supply, is that where the new water comes from? Is that usually connected at the chiller ?
It goes to the sewer, it comes from the water main. It enters near the pressurisation unit. See our video on chilled water schematics
@@EngineeringMindset thank you. I'm taking my RMO exam from FDNY. I'm watching all your videos in order..many people told me these videos helped them a lot to pass the exam
Thankyou very much paul! You explained everything very clear! I promise to buy you a coffee! Hahahah
Question that seems very basic here... What is the difference between a cooling tower and a fluid cooler. Working in residential now everyone calls these towers fluid coolers, and that its different than cooling towers in commercial. Any info is appreciated, have not got a complete answer yet.
can you make a separate video for Air separator in Hvac system
Hey great video!! I had a doubt though how does the drift eliminator exactly help in condensing the warm air being sucked by the fan.
It collides with the surface so the impact and pressure change, the material will be a cooler temperature also.
Play at 1.5x speed it will save some time. Great video though
Very niece sir 🇮🇳👍
Thanks a lot, nice and clear explanations. Curious question: what is the software you use to do these wonderful presentations?
Super sir
Great video. But I had to up the speed to 1.25 to get through it.
Is there a fan in the bottom by the base to get the ambien air inside the cooling tower is it just pulled from you top fan
most have fans on the top but some will use ground mounted fans which sit at the side and blow air inside, these are usually used when the cooling tower would exceed height restrictions for local building regulations so shorter towers are needed
There are also round cooling towers
What is the problem if heat rejection smaller than 200kw? but in/out temperatures and water flow rate are the same.
Hi, if the water supply to the cooling tower (specified on the chiller's schematic) is 2000L/h, does that mean that 2000L of warm water are lost to the environment every hour? Is it worth trying to recover somehow? (asking for an academic group project that aims to recover heat/water from a chiller)
Thank you..
No it will recycle the water, a much smaller amount is lost to evaporation. You can reclaim some heat yes.
what part if any does evaporation play?
Good
My man is too proud of the model he built. Kept getting distracted by it and wanting to spin it and show it off instead of explaining how it works lol 😂 that’s being said.... it is a very nice model
What are your observations between open and closed loop cooling towers, as to their cooling efficiencies?
my building is about 30 yrs old and our bypass is pneumatic but even after watching this i still dont have a full concept of what the need is for the bypass... our pnumatic operations are being slowly phased out and changed to digital but if anybody reading this knows please fill me in
How to calculate water loss in cooling tower as a rule of thumb
rough rule of thumb we use- 1% of the flow for every 10degF just for evap
Dédicace a tous les BTS FED qui viennent voir cette vidéo pour faire l'oral d'anglais TECH . Une pensée pour vous :)
PS : moi je l'ai eu ;)
So this is kind of like a giant swamp cooler except the air that is returned to the room would be dry?