Man i wish you could do similar video for stabilizer system (upstream oil processing; WCH processing part for oil after flash separation processes) with the same amount of details used in this video. Again, thank you so much for this informative video :) well-delivered.
Hi nick. Appreciate if you could do this kind of explaination on other system as well (fuel gas system, compression system, gas dehydration system, etc)
It's amazing, I appreciate it. I just have a question, the density of TEG is normally higher than other fluids, so in flash drum the outlet should be on the left side, am I right?
Good day sir. I really appreciate your video. I was wondering if I could contact you and ask a few questions because I’m considering doing something like this for my final year research project. I saw somewhere that nitrogen gas can be used for the stripping of almost lean glycol and I wanted to ask if other mostly inert gases like co2 or Ar could be used in the stripping column
상당히 수준 높은 질문이네요. stripping column에 주입하는 gas는 contactor에서 dehydration된 dry gas 중 일부를 끌어다가 쓰는 겁니다. 즉 fuel gas는 맞으나, contactor feed 가 아닌 contactor를 leaving하는 dry gas인 겁니다. 엔지니어링 센스가 있으신 것 같습니다.
Hello sir, it was a great explanation and thanks for the effort. I want you if you can help me on some points because I am designing this unit Thank you
I think you mean in the reflux condenser? The rich glycol is heated there to capture heat that would otherwise go to waste. This improves efficiency which reduces fuel gas usage.
You meant reflux condenser... As i already mentioned, rich TEG is used as cooling medium in reflux(shell and tube type HEX). If you meant the exact temperature why it would be from 30 to 40C, it depends on your required reflux ratio as per project spec. Normally, it is 15~25% enough. In order for reflux to have this value of ex, 25%, you need to heat the rich TEG up to 40C which is correspond to 25%.
![Gas Dehydration System: Glycol Regeneration (TEG) [Glycol Pump, Reboiler, Contact Tower, BTEX]](/img/n.gif)
I love the way you explained the whole process and broke it down to a layman's understanding. Wonderful, I must say! 👏👏👏
Explained this better than my professor in a few mins 👍
Wow excellent! your explaination is clear & easy to understand. THANK YOU!
That was a very well-done and helpful video.
Very informative video. Thanks Nick!
Thank you sir! Excellent explanation! I have a clear understanding of TEG Dehydration and regeneration circuit now.
Thanks, you are the MAN !!
well explained Nick. Thank you so much.
A very good explanation. Thank you Nick.
Hi Nick! thank u for super clear explanation!
So goooodd! I love your video!!
Man i wish you could do similar video for stabilizer system (upstream oil processing; WCH processing part for oil after flash separation processes) with the same amount of details used in this video. Again, thank you so much for this informative video :) well-delivered.
Thank you very much, your explaination are very clear and help me a lot to understand this process.
Thank you! Explanation was really good and useful...
As someone who has worked on these for 26 years, you explained it well!
Thank you. Can I ask where you from? Which company you are working for?
Congratulations! It's a full explanation, in easy language.
Very well explained. Thank you so much for this video
Thank you Sir for your super teaching and informations in this video... You clarified many points in my mind in the Gas dehydration Unit
Thanks a lot, you explained very nicely.
Good work my friend
Iam now Fully understand how this system works iam new to oil and gas, your explanation like a professor. Aneongaseo
Very well explained nick. thanks :)
Thank you !
Thanks a lot, you explained very nicely
Thank you for your thourough and excellent work
Very nicely explained in a simple manner, I use it for training junior operators.
I request if you can do one for gas sweetening.
Hi nick. Appreciate if you could do this kind of explaination on other system as well (fuel gas system, compression system, gas dehydration system, etc)
very good explanation, thank you so much dude, i am waiting your next videos
really very useful video brother 🤩
Wonderful Sir .
Very good for learning!
Very useful, thank you so much
so good thanks
clear and detailed lecture. thank you.
Very nice explanation brother ❤
Thank you 👷♀️
Thank you Sir!
Thank you brother. Very nice ❤❤❤
Very informative ❤❤❤
Nicely explained.
Nicely explained 🎉
Thank you
Very nice explanation
very well explained
Thanks
It's amazing, I appreciate it. I just have a question, the density of TEG is normally higher than other fluids, so in flash drum the outlet should be on the left side, am I right?
Good day sir. I really appreciate your video. I was wondering if I could contact you and ask a few questions because I’m considering doing something like this for my final year research project. I saw somewhere that nitrogen gas can be used for the stripping of almost lean glycol and I wanted to ask if other mostly inert gases like co2 or Ar could be used in the stripping column
tnx good
Thanks a lot sir
Very good 3:15
nice explain
닉님 영상 감사합니다!
reboiler 옆의 stripping column에서의 fuel gas는 TEG contacter의 fuel gas와 다른 gas인가요?
만약 같다면 fuel gas를 dehydrate하는 공정인데 TEG regeneration에 fuel gas를 쓰는 것이 이상해서(fuel gas의 water fraction이 늘어나니까요) 질문드립니다
상당히 수준 높은 질문이네요. stripping column에 주입하는 gas는 contactor에서 dehydration된 dry gas 중 일부를 끌어다가 쓰는 겁니다. 즉 fuel gas는 맞으나, contactor feed 가 아닌 contactor를 leaving하는 dry gas인 겁니다. 엔지니어링 센스가 있으신 것 같습니다.
Good sir
Nick this is nice. Are u still making videos?
YES~
Hello sir, it was a great explanation and thanks for the effort.
I want you if you can help me on some points because I am designing this unit
Thank you
What do we do IF we set 99.5 % wt of TEG to be used as an absorbent in the ABSORBER COLUMN? Would you happen to have any advice?
I meant., how to SET at HYSYS v12.1?
Please help me explain where the Fuel gas flows when it absorbs water from the stripping column @all
The tube inside the reboiler is what
Any video to explain gas dewpointing please
Please share more
Haha thanks
Hi again, can you please explain MEG unit process flow, in the similar way ?
When liquid came more it is not possible to control by the seperator or kod and contructor tower।।at that time what should we do।।
Because heavy liquid causes pump hasitation, pump not works properly while heavy liquid comes out
i have a doubt, how fuel gas absorb water particles
Just to give idea to put line how to control pressurre or temperature in this video (PIC or TIC).
Thanks, maybe next video, I will try.
Why it is heated up 30 to 40 degree in stripping column
I think you mean in the reflux condenser? The rich glycol is heated there to capture heat that would otherwise go to waste. This improves efficiency which reduces fuel gas usage.
You meant reflux condenser... As i already mentioned, rich TEG is used as cooling medium in reflux(shell and tube type HEX). If you meant the exact temperature why it would be from 30 to 40C, it depends on your required reflux ratio as per project spec. Normally, it is 15~25% enough. In order for reflux to have this value of ex, 25%, you need to heat the rich TEG up to 40C which is correspond to 25%.
Why it is heated up to 30 to 40 degrees
What time point in the video?
Hi Nick, i work in a big station so we losing a massive of glycol in TEG unit. How i contact with you if you never mind 😘
where is the site? nickleetv2000@gmail.com
are you a chem engineer sir?
Hello sir, please I'd like to contact you to get advice on a project and other things, I'm a student by the way
Hi~, what is the issue? you can explain here so that others can see and the information can be shared.
@@nicksengineering987 honestly sir its not something I want to share with the public
Great explains sir.... Thank you. Can u teach me more different processes...... Plz share Ur mail id
Kim Jong-un
Thanks
Thanks