Hello, very helpful tutorial, I appreciate people like you. I have one question about the Equilibrium reactor that you modeled in this example. If you look at the equlibrium reactor outlet streams 5 and 6 and inlet stream 4 their composition is the same. Also if you look into Design sheet, Parameters section in equlibrium reactor setup there is an option "Act as a separator when cannot solve" and it basically looks like it acted this way in this example. Is it because the model couldn't solve this reaction under given conditions, as if the reqaction didn't occur, and just separated the inlet stream into two identical outlet streams? Or do I get it wrong?
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Hello, very helpful tutorial, I appreciate people like you. I have one question about the Equilibrium reactor that you modeled in this example. If you look at the equlibrium reactor outlet streams 5 and 6 and inlet stream 4 their composition is the same. Also if you look into Design sheet, Parameters section in equlibrium reactor setup there is an option "Act as a separator when cannot solve" and it basically looks like it acted this way in this example. Is it because the model couldn't solve this reaction under given conditions, as if the reqaction didn't occur, and just separated the inlet stream into two identical outlet streams? Or do I get it wrong?
@olaoyeboluwatife4144 here's a continuation of the reaction tutorial.
How to design cryogenic distillation for O2, N2,Ar
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