The Henry component specification is done for the components which obey Henry's law of solubility. Usually Henry's law is used for gases which have low solubility in solvents. Since acetic acid has higher solubility in water the solubility is modelled using NRTL method. Hope this helps.
Thanks for watching. Kindly Like and Subscribe to support us. HOC is an equation of State to model vapor phase with non-idealities. While Henry's Law is used to find the distribution of super-critical components in liquid and gas phase.
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hi, thanks so much for this video! Do you have any example with chemical absorption?
Sir, why we didn't select acetic acid in henry component specification, while we want to scrub the acetic acid in the stream?
The Henry component specification is done for the components which obey Henry's law of solubility. Usually Henry's law is used for gases which have low solubility in solvents. Since acetic acid has higher solubility in water the solubility is modelled using NRTL method. Hope this helps.
Where the link for part 2 ?
Thanks for reaching out. We have edited the description of the video above. You can also watch the second part using this link.
bit.ly/3dBewbK
@@its_Cheme thank you sir
Thank you for the video! Could you please clarify on the difference between HOC and Henry component, do they account for the same interaction?
Thanks for watching. Kindly Like and Subscribe to support us.
HOC is an equation of State to model vapor phase with non-idealities. While Henry's Law is used to find the distribution of super-critical components in liquid and gas phase.
@@its_Cheme Thank you!
This video is a copy of an old video from Prof. Christi Patton. You should mention that in the video description.
Excuse me. We did not copy that video. This problem has been taken from Aspen Plus book and anyone can model that.