Residence Time Distribution for Ideal Reactors

[@abtalshna5678]

Thank youuuuu very much, it was very helpful

[@LasseGreiner]

You are welcome!

[@moizkhan5922]

thank u

[@LasseGreiner]

Hope it helps long term :-)

[@IslamDueren]

Please talk about steady state

[@LasseGreiner]

Thanks for your interest. The Mass Balances of ideal reactors is using steady state assumption. Is this what you mean?

[@samuelshehaj2467]

the residence time of the cstr is wrong , in a ideal reactor the distribution is a puls , ith change immediately after entering in the reactor. what you actually drow is a batch concentration on time

[@LasseGreiner]

I guess your perception is incorrect, what the graph actually represents. The concentration in the CSTR and also in the outflow will decline proportional to exp(-time/(residence time)) as a function similar to substrate consumption in a first order reaction in a STR. This is because the amount leaving is proportional to the concentration. Also, I drew it to change immediately from time=0, did I not?