Thank you for your appreciating words. Your words will definitely motivate us to bring more informative content for you. Thank you. All the best, enjoy learning 👍
Thank you Bhavin for noticing our work and taking efforts to appreciate us. We will definitely work hard to be worth for your trust. If you like the content do subscribe and share our TH-cam channel with your friends. Thank you.
You are most welcome Ajay. We have noted down your interest. We will definitely try to make video on Separator design as early as possible. Thank you. Stay tuned with us. If you like the content do share our TH-cam channel with your friends.
Thank you Subodh your appreciating words will definitely motivate us to bring more informative and quality content for you. We will definitely work hard to hear such appreciating words from you continuously in upcoming days. Thank you for your trust and continuous support.
You are most welcome Rohan. Your request for video on two phase line sizing will help many process design engineering aspirants to get access to an very informative video. Thank you. Please watch the video till the end, if you have any query please feel free to get back to us. We will be very happy to hear more from you. Do share our TH-cam channel with your friends. All the best, Enjoy Learning 👍
Thank you for your valuable suggestion Muneer. We have noted down your interest. We will definitely try to make video on distillation as early as possible. Till that watch our videos and if found the content informative and useful do share with your friends. Thank you.
Sure Irfan. Thank you for your valuable suggestion. We have noted down your suggestion. We will surely try to cover this important topic in our upcoming videos. Thank you 👍
Thank you so much. Your appreciating words will definitely help us to bring more informative and quality content in future too. Stay tuned with us. Enjoy learning 👍
Hi Sir! Thanks for this informative and interesting video! I have a doubt, in the last slide for check points it is mentioned that "check Vm > 3m/s" and previous slides too that "maintain Ve >3m/s to avoid slug flow"... Shouldnt this conditiion be v < 3m/s?
I need to connect a vessel to the outlet of a condenser in a heat pump system. The condenser outlet contains a mixture of propane in both liquid and gas forms. I need to select the optimal pipe diameter and length for this connection to minimize pressure drop. The vessel will have a pressure of less than 1 bar. In case of a gas leak in the system, a valve on the vessel will open, allowing liquid propane to flow into the vessel. How can I decide the appropriate pipe and vessel pressure for this setup? please let me know i only know condensor oulet temprature and pressure which is 75c and 28.49 bar at saturated line
We have uploaded one video on unit conversions, please watch. We hope that will help you, if not please feel free to get back to us. Thank you, All the best.
Absolutely correct Zeeshan. Your learning attitude and confidence will definitely act as a catalyst to enhance your career growth rate. If you have any query feel free to get back to us. Thank you. Keep doing, All the best 👍
Hello sir.. Video is very informative but my doubt is.. You have shown two velocities.. In first you used erosional velocity and at the last you showed mixture velocity... What velocity i should consider for calculating the line Diameter?
Thank you Ujjwal for sharing your views. You are absolutely correct. Sorry Ramya, we Missed your to answer your comment. Hope you got the answer. If not please feel free to get back to us. Thank you 👍
You will have mass flow rate in HMBD, you can convert it to volumetric flow rate by dividing it by average density. Hope this will be helpful. Good approach, keep it up, all the best 👍
Yes you are right but also remember HMBD is prepared by doing simulation hence sometimes they will provide you directly mass flow rate of both liquid and gas. Hope this will help you.
For liquid you will have MFR, density, viscosity and for gas you will have MFR, density, viscosity, molecular weight, compressibility factor, cP/cV. Still if you have any query please feel free to get back to us. Thank you.
Yes, if its single phase fluid then for single phase fluid and if mixture then for mixture. Thank you for showing interest. Stay tuned with us. Enjoy learning.
sir i have a doubt in this video in the 3rd slide you said that we keep suction line size less than discharge line size so that cavitation problem can be avoided but in the liquid line sizing video you said that we keep suction line size bigger than discharge line size so that velocity decreases , pressure drop decreases and we can achieve NPSH.....please clarify this
Suction line size is not necessary to always greater than discharge size it may be equal to discharge line size but in most of the cases it is greater than discharge line size but never less than discharge line size. Thank you 🙏
Nahi formula yad karane ki koi jarurat nahi hai, aapko bs parameters ka impact pata hona chahiye for example diameter increase hoga to velocity kam hogi, pressure drop kam hoga
Thank you for showing interest zeeshan. Our next video will be on tank sizing excel calculation You will surely like it. Stay tuned with us. If you like the content do share our TH-cam channel with your friends. Thank you.
![[UNCUT] บอสพอล แผลงฤทธิ์ บอสพระ-นักร้อง ก. โดนแฉยับ! I คนดังนั่งเคลียร์ I 21 ต.ค. 67](http://i.ytimg.com/vi/XKf6HeftoPI/mqdefault.jpg)
Very informative thanks so much for your effort sir
Thank you for your appreciating words.
Your words will definitely motivate us to bring more informative content for you.
Thank you.
All the best, enjoy learning 👍
Awesome video...doing great work .....keep it up🎉🎉😎
Thank you Bhavin for noticing our work and taking efforts to appreciate us.
We will definitely work hard to be worth for your trust.
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Thank you.
Really good video
Thank you DK.
Thanku sir for this video... Please make vide on separator design
You are most welcome Ajay.
We have noted down your interest. We will definitely try to make video on Separator design as early as possible.
Thank you. Stay tuned with us.
If you like the content do share our TH-cam channel with your friends.
❤
🙏🙏🙏
We early waiting for this video.i see previous video these are very informative 🎉
Thank you Subodh your appreciating words will definitely motivate us to bring more informative and quality content for you.
We will definitely work hard to hear such appreciating words from you continuously in upcoming days.
Thank you for your trust and continuous support.
@@PayosAcademy thanks for your support to us. Specially those we have 2+ years experience in process industry.
Thank you soooo much🙏🙏🙏🙏👍
You are most welcome Rohan.
Your request for video on two phase line sizing will help many process design engineering aspirants to get access to an very informative video.
Thank you.
Please watch the video till the end, if you have any query please feel free to get back to us.
We will be very happy to hear more from you.
Do share our TH-cam channel with your friends.
All the best, Enjoy Learning 👍
@@PayosAcademy 👍👍👍
Good video sir...is it possible to teach the calculation on Excel?
Sir please make video on distillation design using Api Asme codes and standards
Thank you for your valuable suggestion Muneer.
We have noted down your interest. We will definitely try to make video on distillation as early as possible.
Till that watch our videos and if found the content informative and useful do share with your friends.
Thank you.
Thank you for teaching us. I find the training videos very useful, and I have got many doubts cleared.
We are very happy to see you here.
Stay tuned with us.
Enjoy learning 👍
Good explanation. If possible do an video on excel worksheet
Sure Irfan. Thank you for your valuable suggestion.
We have noted down your suggestion.
We will surely try to cover this important topic in our upcoming videos.
Thank you 👍
Great work, bro 👍👍
Thank you so much. Your appreciating words will definitely help us to bring more informative and quality content in future too.
Stay tuned with us.
Enjoy learning 👍
Nice sir
Thank you 🙏
Sooperb
Thank you 🙏
Hi Sir! Thanks for this informative and interesting video!
I have a doubt, in the last slide for check points it is mentioned that "check Vm > 3m/s" and previous slides too that "maintain Ve >3m/s to avoid slug flow"... Shouldnt this conditiion be v < 3m/s?
What is the reference of documents for froud number and flow regime. Where can i find the graph for Frg vs Frl?
What is ZRT and hows it value come??
Dhanyavad साहेब..❤
I need to connect a vessel to the outlet of a condenser in a heat pump system. The condenser outlet contains a mixture of propane in both liquid and gas forms. I need to select the optimal pipe diameter and length for this connection to minimize pressure drop. The vessel will have a pressure of less than 1 bar. In case of a gas leak in the system, a valve on the vessel will open, allowing liquid propane to flow into the vessel. How can I decide the appropriate pipe and vessel pressure for this setup? please let me know
i only know condensor oulet temprature and pressure which is 75c and 28.49 bar at saturated line
Pls make video on fps unit conversion
We have uploaded one video on unit conversions, please watch.
We hope that will help you, if not please feel free to get back to us.
Thank you, All the best.
Sir pressure drop sathi Moody friction factor cha formula kay ahe in case of two phase flow?
STP condition is 0° temp and 1 atm pressure.
Absolutely correct Zeeshan.
Your learning attitude and confidence will definitely act as a catalyst to enhance your career growth rate.
If you have any query feel free to get back to us.
Thank you.
Keep doing, All the best 👍
What is NTP condition of temp and pressure?
Its for NTP condition bro
For STP temp is 15.6°C & press is 1atm
Hello sir.. Video is very informative but my doubt is.. You have shown two velocities.. In first you used erosional velocity and at the last you showed mixture velocity... What velocity i should consider for calculating the line Diameter?
Hey, if you've noticed.... In the video Amin is calculated based on erosional velocity that gives you the required Diameter.
Mixture velocity is calculated to check the velocity criteria for two phase flow.
Thank you Ujjwal for sharing your views.
You are absolutely correct.
Sorry Ramya, we Missed your to answer your comment. Hope you got the answer. If not please feel free to get back to us.
Thank you 👍
Sir ,Is volumetric flowrate of gas and liquid is given in a data or there is some way to calculate?
You will have mass flow rate in HMBD, you can convert it to volumetric flow rate by dividing it by average density.
Hope this will be helpful.
Good approach, keep it up, all the best 👍
And then again multiply by mass fraction to get separate volm flowrate of gas and liquid?
Yes you are right but also remember HMBD is prepared by doing simulation hence sometimes they will provide you directly mass flow rate of both liquid and gas.
Hope this will help you.
For liquid you will have MFR, density, viscosity and for gas you will have MFR, density, viscosity, molecular weight, compressibility factor, cP/cV.
Still if you have any query please feel free to get back to us.
Thank you.
@@PayosAcademy sir can you make this video calculation on excel sheet please
Hi sir
PV^2
Yes, if its single phase fluid then for single phase fluid and if mixture then for mixture.
Thank you for showing interest.
Stay tuned with us.
Enjoy learning.
sir i have a doubt in this video in the 3rd slide you said that we keep suction line size less than discharge line size so that cavitation problem can be avoided but in the liquid line sizing video you said that we keep suction line size bigger than discharge line size so that velocity decreases , pressure drop decreases and we can achieve NPSH.....please clarify this
Suction line size is not necessary to always greater than discharge size it may be equal to discharge line size but in most of the cases it is greater than discharge line size but never less than discharge line size.
Thank you 🙏
Sir control valve lagane se pressure drop q hota hai can you tell plzz ??
formula itnesare yaad rakhna honga ya provide hote hai
Nahi formula yad karane ki koi jarurat nahi hai, aapko bs parameters ka impact pata hona chahiye for example diameter increase hoga to velocity kam hogi, pressure drop kam hoga
Which will be the next video
Thank you for showing interest zeeshan.
Our next video will be on tank sizing excel calculation
You will surely like it. Stay tuned with us.
If you like the content do share our TH-cam channel with your friends.
Thank you.
Erosion velocity ka formula dikh nahi Raha hai Hindi ka description dikh Raha hai...plz resolve it
sir single gas phase line sizing baki hain
Annular flow aur mist flow dikh nahi Raha hai Hindi ka description dukh Raha hai
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