Natural Gas Dehydration Unit with TEG || Aspen HYSYS

This video is about the simulation of the Natural Gas Dehydration Unit (GDU) in Aspen HYSYS. The major units of the process are Absorber, stripper, flash vessel, and heat exchanger.
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[@yessmartclasses7519]

Explain step by step i watch vedio more then 6times but not understood My system have seeing error whenever i follow same step like u

[@erickr7753]

Great video 😃, but you should explain the process with audio or with subtitles 😉

[@Chemiopedia]

Thank you for your valuable suggestion. This will help us to improve our work. Please don't forget to subscribe to the channel.

[@MainakRoyChowdhury]

I'm not into this field. The only reason I asked my friend for this video so that I can have the name of the background music as it's so soothing!!! Can you please let me know the music used in the background as it's too good! Thank you. :)

[@Chemiopedia]

go on the go by Chris Haugen

[@orafufranklyn4488]

Please can I get the aspen file and the material?

[@hashirmoghal]

Thanks for this video.

[@Chemiopedia]

You're welcome

[@trendingmedia1947]

Great work sir. Can you please make a detailed video for gas dyhydration unit with major role of each components and mjaor factors to consider during designing of efficient package.

[@Chemiopedia]

Thank you for the suggestions. I will recreate the same process with the explanation. Please like, share and subscribe the channel.

[@EngrObonukut4u]

@@Chemiopedia Please can I have the process explained too. Thank you

[@mahmoudgamal25]

Great work❤

[@Chemiopedia]

Thank you! 😊

[@sarahabet3802]

thank u for this good work please i have some issues,G3 and TEG1 coming out of the absorber have no composition so that I inject an empty stream,the rest does not work because there is no power i have ASpenV10 thanks

[@Chemiopedia]

Please share the screenshots of your work at [e-mail]

[@sarahabet3802]

​@@Chemiopedia please check your mail and thank you in advance ☺☺

[@enriquelaya]

Many thanks for sharing this video. Somehow I get different results with the same exact composition. I adjusted the TEG contactor dimesions and properties to get closer results in water content w/r to your results. However, I cannot get the T-100 distillation tower to converge. I am also using the Glycol FLuid Package. I am using V8.8. Would you share the model to find out about the differences and find out what affects convergence ? Many thanks in advance.

[@Chemiopedia]

Thank you for your comment. There variation may be due to different Aspen version as this video is on V11.0. If I share my model it will not run on older version.

[@EmiTais]

@@Chemiopedia I also have some problems with the T-100 tower, which mess up the rest. Can you help me?

[@Chemiopedia]

Sure please write us at [e-mail]

[@mitchellcheesman4823]

Hi, I’m having the same problem, did you solve this?

[@user-fe2bz7zw9v]

I can't get the distillation tower to work properly. even tho I follow the video step by step

[@skysea5060]

I wanna ask, what is the purpose of reflux coil?

[@Chemiopedia]

To avoid the loss of glycol

[@atyhay]

Why is there no glycol make-up? After all, there will still be losses

[@nanayyaw622]

Which fluid package did you use?

[@Chemiopedia]

There are three suitable property pkgs for Gas dehydration unit in Aspen HYSYS. 1. CPA 2. Peng Robinson 3. Glycol package. I used the 3rd one in this example. You can use either of these three for your simulation. Please subscribe the channel for more updates.

[@nanayyaw622]

@@Chemiopedia thank you

[@yessmartclasses7519]

Please explain easily with your voice background voice is very high