Psychrometry process-2(Cooling with humidification and dehumidification- best understanding.)

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  • Опубликовано: 3 окт 2024
  • for best understanding watch the complete video with patience.

Комментарии • 172

  • @aalurkar1103
    @aalurkar1103 2 года назад +1

    One of the best teachers of the psychrometric processes hands down! Fundamentally sound.

  • @bharatvarsharya4904
    @bharatvarsharya4904 4 года назад +2

    आपके जैसे teacher मुझे स्कूल में मिल जाते तोह आज में scientist होता😁🇮🇳😀
    Awesome explanation sir

  • @apurvkadu5133
    @apurvkadu5133 5 лет назад +9

    sir do more lectures on psychometric..u teach in very simple manner so understanding

  • @anooparyan5892
    @anooparyan5892 5 лет назад +9

    Aaj tak samaj me nahi aaya tha ab
    Dono process samajh as gye h
    Saath hi air conditioning ka concept bhi woh Pani wala

  • @PankajKumar-qd3vw
    @PankajKumar-qd3vw 4 года назад +1

    How easily you explain about these doubtful topics ! Really i was searching this type of channel.

  • @dahirulawal9390
    @dahirulawal9390 5 лет назад +2

    This clip really cleared my doubt. Thank you Sir for the detailed explanation of the concept

  • @viveksinghsandhu3938
    @viveksinghsandhu3938 6 лет назад

    Nicely explained....can understand the concept easliy if you watch this video...... humidification and dehumidification......well done sir

  • @mallkomoha6823
    @mallkomoha6823 8 месяцев назад

    The best explanation so far on RUclips excellent teaching methods fantastic analogy. Please can you make video How to troubleshoot AHU using real world example by utilising Psychrometric chart?

  • @omniscientreviews7382
    @omniscientreviews7382 2 года назад

    Now I've understood dehumidification and humidification..thank you sir.

  • @Whopradeepgautam
    @Whopradeepgautam 4 года назад +3

    Again!! Outstanding lecture..
    Please make the videos on Thermodynamics and RAC as soon as with pratical aspects

  • @falconx7560
    @falconx7560 4 года назад +2

    Sir! In the process of cooling with dehumidification, dehumidification would not start untill DBT reaches to Dew Point temperature which is 15C in this example.
    So shouldn't there be first straight horizontal line and then an inclined line from 15C DBT to 14C DBT?

  • @nibinfbennan2291
    @nibinfbennan2291 6 лет назад +4

    Thank you very much. Your classes are good. Expecting videos on basic of thermodynamics especially the concept of entropy which is very much confusing.

  • @asheshvaibhav
    @asheshvaibhav 6 лет назад +1

    thank you so much, sir. Everyone with doubts in Psychrometry should see this.

  • @harishprabhu9079
    @harishprabhu9079 7 лет назад +2

    Sir u please make a video on heating and humidification and dehumidification and that too with the help of an example... because it makes us vry easy to understand

  • @nagarajanethiraj2099
    @nagarajanethiraj2099 5 лет назад +1

    so heplful all four videos in this chapter

  • @sarathmony4917
    @sarathmony4917 6 лет назад

    Really Appreciative....very useful and understand in simple manner thanks a lot for your efforts.

  • @abhinandansharma3126
    @abhinandansharma3126 4 года назад +1

    excellent explanation...in simple words

  • @aliphonse
    @aliphonse 6 лет назад

    Thank sir, the teaching is nice. I finally understand the cooling with humidification.

  • @nidhinnarayana7079
    @nidhinnarayana7079 6 лет назад

    Lectures like u r born very very rare
    Kudoos sir ji thanku

  • @pariscreativeworld5233
    @pariscreativeworld5233 6 лет назад +1

    Hello Sir, My question is in the process of Cooling with Dehumidification, we know Ms decreases since cooling occur, But does Mv also decreases in this process?, If yes, then why not the increase in Relative Humidity (due to decrease in Ms ) gets nullify (due to decrease in Mv) . I Need to understand How Relative Humidity only Increases although both Mv and Ms decreases in Cooling with Dehumidification process.

  • @challenger786
    @challenger786 7 лет назад +5

    Good Effort sir. Thanks a lot. It's really helpful.
    Question: If water vapour is present in superheated state in air then why do we not feel excessive heat??

    • @avenumohan7879
      @avenumohan7879 6 лет назад +4

      There are two reasons
      1) If Vapor is in superheated state, it means that the air is unsaturated. If the Vapor is superheated, It carries lesser pressure and it does not have enough mole fraction of Quantity to have a complete effect on humans.
      2) The quantity of water vapor in air is around 0.5 percent on aggregate

    • @nihalgaurav8415
      @nihalgaurav8415 6 лет назад

      Digvijay Sainik good

    • @thimothipalipaka852
      @thimothipalipaka852 5 лет назад

      Excellent awesome

  • @vishnulasurkar3665
    @vishnulasurkar3665 6 лет назад +1

    This video is nice sir. It helps a lot to understand psychometry. Please rectify the snoring sound around you. It irritates the watchers. Thank you!

  • @saimanishbogineni8269
    @saimanishbogineni8269 6 лет назад +1

    SIR, your explanation is the best sir. kudos to you

    • @RohitChowdhury_sajaysaini
      @RohitChowdhury_sajaysaini  6 лет назад

      manish chinna thank you very much..watch all the videos regarding psychrometry if u need it..and any problem comment, I will try to help you out.

  • @gargichowdhury435
    @gargichowdhury435 2 года назад

    Really helpful sir thank you so much sir 👍

  • @abhinaym1017
    @abhinaym1017 5 лет назад

    Very nice and good explanation sir but when explaining about dew temperature you haven't mentioned that we are decreasing temp but we are keeping the pressure constant. Thank you so much for the video👍

  • @pradeeppadala5820
    @pradeeppadala5820 6 лет назад

    Great lecture sir .
    Thank you for making psychometrics easy for me

  • @surendranauhwar1996
    @surendranauhwar1996 7 лет назад +1

    u dig it deeper.very good expl. wid example very nice.

  • @aniljogia
    @aniljogia 4 года назад

    sir pl explain dehumidification & humidification which we run at same place like factory to reduce electrical consuption

  • @vkp1976
    @vkp1976 5 лет назад

    Very nice lecture.

  • @johnnytest9575
    @johnnytest9575 5 лет назад +2

    When 3rd part is coming sir?
    Very nice explanation .😁

  • @anooparyan5892
    @anooparyan5892 5 лет назад

    Saath hi rain ka concept bhi samajh a gya sir

  • @nadeem00able
    @nadeem00able 6 лет назад

    Good videos I must say!! Really helpful in understanding the concepts

  • @devrajshellagi9843
    @devrajshellagi9843 4 года назад +1

    Wow..That's y thr is water coming out from all AC's fitted in our home..I always wonder frm where water comes ....

  • @aalurkar1103
    @aalurkar1103 2 года назад

    Excellent indeed!

  • @mansih123barodiya
    @mansih123barodiya 4 года назад

    Great. 👍

  • @siddheshkhatavkar7367
    @siddheshkhatavkar7367 6 лет назад

    Thanks for your help sir , tommorow is my oral and test both includes this topic

  • @vickeykajla3914
    @vickeykajla3914 5 лет назад

    Very interesting sir

  • @yourconscience5659
    @yourconscience5659 3 года назад

    thank you for this. and it's so fun because someone is sleeping and snoring hAhaha

  • @wakeupguru7201
    @wakeupguru7201 6 лет назад

    Thanks a lot sir
    Ur way of understanding is very nice

  • @abhijeetbhondave2311
    @abhijeetbhondave2311 6 лет назад +1

    What if the temp of coil is above DPT?

  • @MOHDZUBAIR-yv9nu
    @MOHDZUBAIR-yv9nu 6 лет назад +1

    your explanation is superb sir thanks for making the video its a very much helpful video sir . can you make the video for summer air conditioning system

  • @rsbvd2000
    @rsbvd2000 5 лет назад

    Good explanation sir ... my question is why does water evaporate in evaporative cooler ( what is the reference of this property in psychrometric chart ? ) ... Cause water boiling point in 1 atm pressure is 100 C . Is that mean we decrease pressure inside evaporative cooling chamber ?? Thanks ...

  • @ravipanchole93
    @ravipanchole93 4 года назад

    Nice one sir

  • @radhagugloth4576
    @radhagugloth4576 3 месяца назад

    Superb sir make more videos

  • @randomwhatsappforwards7464
    @randomwhatsappforwards7464 3 года назад

    how is the water from the jet evaporates as boiling point of water
    is 100 c na???

  • @makhanirofhiwa3921
    @makhanirofhiwa3921 6 лет назад

    Thanks for the video, I've gained a lot of info from this video :D

  • @jayrajshah463
    @jayrajshah463 4 года назад

    Hello Sir, its indeed a very good explanation. But cooling with Dehumidification - wont the end point after the cooling will have almost 99.0% of RH as it will constantly condensate when the temp is lower and keep the mass of water vapor at saturation value of the water vapor?
    Also the sensible cooling line will be vertical until it reaches the Dew Point temp then it follows the curve of dew point temp?

  • @saddamhussainsoomro2810
    @saddamhussainsoomro2810 4 года назад

    Sir can you show the humidification and cooling in psychrometric chart??

  • @ashishsharma9460
    @ashishsharma9460 2 года назад

    Sir,after coil dbt and wet bulb temp are low and Rh is approx 100 percent, means as per your example after ac ia 100 percent ,but human comfort is 50 percent ,pls clear I m little bit confused

  • @balakumaran6056
    @balakumaran6056 3 года назад

    no one explain like this .thank you so much sir. i would like to know that range of humidity of human comfort, hot and dry humidity range and hot and humid of humidity range. sir please comment the range of those 3 humidity.

  • @manjubyahatti4397
    @manjubyahatti4397 6 лет назад

    Very nicely explained sir. Dehumidification is imperative in Spray dryers. Can u please post links for videos in connection with dryers sir.

  • @sanaullahkhan9988
    @sanaullahkhan9988 6 лет назад

    Very Good Explanation,Thank You !!!

  • @shivugdg
    @shivugdg 4 года назад

    If we design coil temp not below the dew point temp of particular air state condensation never gonna happen. Is it correct

  • @என்னமோபோங்க
    @என்னமோபோங்க 4 года назад +8

    Some one s sleeping in ur room

  • @muchen597
    @muchen597 4 года назад

    YEAH , I will remember the knowledge in my life

  • @pkyt
    @pkyt 6 лет назад

    Thank you sir can you please tell heating with humidification and dehumidification where it use in practical application?

  • @aakashchouhan865
    @aakashchouhan865 3 года назад

    Excellent 👌 I'm HVAC design Engineer

  • @jaypanchal1997
    @jaypanchal1997 7 лет назад +1

    Sir please make a video on concept of draft tube in depthly...

  • @muhammednihal1085
    @muhammednihal1085 5 лет назад

    Thank you so much sir . Brilliant explanation .

  • @lokeshgaba2807
    @lokeshgaba2807 4 года назад

    Sir please upload al lectures of power plant engineering subject

  • @poojashah5416
    @poojashah5416 4 года назад

    Sir but lt crosses the limit of dpt n dpt was 15degree celsius how than 9degree will be on the curve

  • @ranjanchowdhury7081
    @ranjanchowdhury7081 5 лет назад

    Very good, keep it up.

  • @conceptwallahesegatepsusss9249
    @conceptwallahesegatepsusss9249 6 лет назад

    Heating and humidification pe vedio bnaiye sir vedio is too good

  • @chickedwin7194
    @chickedwin7194 5 лет назад

    Thanks bro. That was very explicit

  • @bashkarkannan7549
    @bashkarkannan7549 5 лет назад

    Thanks a lot for uploading such a nice one

  • @vedhere1502
    @vedhere1502 6 лет назад

    sir plz upload problems related to psychromerty it will be great help

  • @fundooostyle3044
    @fundooostyle3044 6 лет назад

    Please add the video of heating with humidification and dehumidification

  • @fundooostyle3044
    @fundooostyle3044 6 лет назад

    Please add the video of heating with humidification and dehumidification

  • @fundooostyle3044
    @fundooostyle3044 6 лет назад

    Please add the video of heating with humidification and dehumidification

  • @rushikeshwaje
    @rushikeshwaje 6 лет назад +1

    thank you very much sir .. keep doing

  • @atharhusainsiddique942
    @atharhusainsiddique942 6 лет назад

    Which temp,you are talking about either dry or wet bulb

  • @Ankit-df8rw
    @Ankit-df8rw 6 лет назад

    thank u sir ....can u help us by uploading some solved gate numericals of psychrometry

  • @latu1354
    @latu1354 5 лет назад

    sir can u explain cooling affect in this tropic..and explain heating with humidification and heating with dehumidification

  • @TPKLiah
    @TPKLiah 5 лет назад

    Thanks Sir
    you've clarified some good pts

  • @Shivam.366
    @Shivam.366 3 года назад

    Nice sir

  • @sanjeevmartha251
    @sanjeevmartha251 6 лет назад

    Sir plz make video on heating with humidification and heating with humidification

  • @akhilavilash3145
    @akhilavilash3145 6 лет назад

    Super ji
    Go on.....

  • @omkarshinde2798
    @omkarshinde2798 6 лет назад

    nice explaination....

  • @sanjeevmartha251
    @sanjeevmartha251 6 лет назад

    Sir how can we control humadity in AC room .. bacause at certain temperature humadity will 100 and after it will condensate ..

  • @sundumoncm
    @sundumoncm 2 года назад

    The lecturing is very nice.👍👍👍
    But yet someone is sleeping heavily 🤣

  • @gargichowdhury1237
    @gargichowdhury1237 7 лет назад +1

    All concepts got cleared

  • @chaudharymuneer5830
    @chaudharymuneer5830 6 лет назад

    Sir, In cooling with humidification diagram u did not show change in temp,I think it should be inclined to low temp instead of being straight. thank u

    • @RohitChowdhury_sajaysaini
      @RohitChowdhury_sajaysaini  6 лет назад

      No no listen properly in case of perfect humidification I might have shown straight line....but in case of cooling with dehumidification the line will be inclined heading towards lower temp. As you have said

  • @cuteangel1997
    @cuteangel1997 5 лет назад +2

    THANK YOU SO MUCH!!

  • @bigmurff
    @bigmurff 6 лет назад

    Great explanation of the psychometric process, but I am hearing someone snoring in their sleep in the background noise.

  • @JtheMunch
    @JtheMunch 3 года назад

    for the cooling by humidification, must you consider latent heat of water?

  • @yemurathore5796
    @yemurathore5796 6 лет назад

    Nice job Sir

  • @gargichowdhury1237
    @gargichowdhury1237 6 лет назад

    Please upload the video of operation research.

  • @bladivoustok5363
    @bladivoustok5363 6 лет назад

    Really helpful, thanks sir

  • @strongest324
    @strongest324 4 года назад

    where are u from?? which state>?

  • @tou786786d
    @tou786786d 6 лет назад

    What about in coastal area some time high Dbt and low humudity ......

  • @prasadyadav2822
    @prasadyadav2822 5 лет назад

    good explanation sir..
    sir am preparing fr rrb alp job. my trade subject is R&AC. so pls make more videos on R&AC subject

  • @AtulKumar-gf4ve
    @AtulKumar-gf4ve 5 лет назад

    Thanks sir make more videos on hvac

  • @anshuldhamija1617
    @anshuldhamija1617 4 года назад

    Is there any lecture on heating with humidification?

    • @RohitChowdhury_sajaysaini
      @RohitChowdhury_sajaysaini  4 года назад +2

      I have not yet uploaded video on that topic dear.. you may find it on any other RUclips channel or you can also refer to any book. Thank you.

  • @sasmitrai9560
    @sasmitrai9560 6 лет назад

    Sir can u plz tell how we can show cooling with humidification process on psychrometric chart

  • @harshavardhantatipi1182
    @harshavardhantatipi1182 6 лет назад

    real nice explanation

  • @braj1285
    @braj1285 6 лет назад +1

    great explanation

  • @808drumz9
    @808drumz9 2 года назад

    Do I hear snoring in the background?

  • @atharhusainsiddique942
    @atharhusainsiddique942 6 лет назад

    Latent heat effect on wet bulb temperature and dry bulb temperature

  • @hardikbedi3912
    @hardikbedi3912 6 лет назад

    too good sir

  • @chundrusatyanarayana3161
    @chundrusatyanarayana3161 6 лет назад

    Sir,What is temperature of water in the cooler after passing dry air...will be high or low if high then how?

    • @RohitChowdhury_sajaysaini
      @RohitChowdhury_sajaysaini  6 лет назад

      See it is simple..water will take up the heat from the air...thereby it's temp. Will rise little bit and temp of air will decrease