Rate of Reaction in Chemical Reactors // Reactor Engineering - Class 3

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The concept of Rate of Reaction is very important to understand.
"-rA" is essentially: how many moles are being reacted (dissapearing) per unit time and unit volume.
So if you multiply it by a Volume, you get how many Moles per unit time are being reacted of A.
If you multiply that by time, you get how many moles of A are being reacted in that volume in that time!
The rate of reaction is generally applied to reactants!
The rate of production is generally applied to products!
You can always relate mathematically these two concepts
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[@pawank1238]

I have this Course in my 3rd year of BTech. Awesome Videos. Thank you so much for uploading.

[@abdelmalekbellal2645]

thanks it's great

[@mahmoudgamal25]

Awesome

[@jtzabani]

The elementary reaction A +B➡C occurs in a liquid phase batch reactor. the reactor is initially charged with 2 moles of A and 3 moles of B. How will the concentration of C in the reactor change with time?

[@hazhaahmad5269]

whats teh reaction rate for fixed bed plug flow reactor ?

[@farahsoraya9777]

can you help me with rC and rD? why is it "appears" with positive for C eventhough C is the product but you wrote -rD when D also product?

[@sadiorafi6440]

As in CSTR and PFR, the accumulation is zero because of steady state condition..