Jump to content



Featured Articles

Check out the latest featured articles.

File Library

Check out the latest downloads available in the File Library.

New Article

Product Viscosity vs. Shear

Featured File

Vertical Tank Selection

New Blog Entry

Low Flow in Pipes- posted in Ankur's blog

0

Example 4.1 (O.l. Chemical Reaction Engineering, P.104)

volume non-constant density isothermal

1 reply to this topic
Share this topic:
| More

#1 chemtoli

chemtoli

    Veteran Member

  • Members
  • 33 posts

Posted 21 May 2023 - 03:02 PM

Hi everyone,

 

How the Volume of CB0=200 at XA=1 becomes -100B and volume of Ci0 still remains 100i (please read the document in attachment)

 

Is there any formula to apply for other cases for example A+2B -> 4R

 

 

thank you so much

Attached Files



#2 breizh

breizh

    Gold Member

  • Admin
  • 6,333 posts

Posted 21 May 2023 - 06:27 PM   Best Answer

Hi,

Attached the supportive document from O.Levenspiel .

Same you may find pointers in the link attached.

 https://sites.tufts....sign_guide1.pdf

 

Considering the reaction and 100% conversion of reactant A, you will find a deficit 0f 100 of reactant B and the Inert remains constant thus V@ xA=1 0 A+(200-300) B+100 I+600 R = 600 

 

Edit: Same protocol for your second reaction, with or without Inert, upon the right model selection. 

My understanding 

Good luck.

Breizh 






Similar Topics