The zero order reaction
is carried out in a CSTR and in a PFR. For an entering volumetric flowrate of 10 dm3/s at a concentration of .5 mol/dm3, what is the space time for each reactor to achieve 90% conversion.
Additional Information: kA = 0.01 mol/dm3•s
Hint 2: CSTR combined mole balance and rate law
MOLE BALANCE: |
RATE LAW: |
|
COMBINE: |
is carried out in a CSTR and in a PFR. For an entering volumetric flowrate of 10 dm3/s at a concentration of .5 mol/dm3, what is the space time for each reactor to achieve 90% conversion.
MOLE BALANCE: | |
RATE LAW: | |
STOICHIOMETRY: | |
COMBINE: | |
is carried out in a CSTR and in a PFR. For an entering volumetric flowrate of 10 dm3/s at a concentration of .5 mol/dm3, what is the space time for each reactor to achieve 90% conversion.
MOLE BALANCE: |
|