In performing a differential balance for the PFR, we are considering all mass flowing in and out of the differential volume. Yes A does react in the PFR to form B, thus both components may enter the differential volume and exit.
the energy balance equation over a tubular reactor under transient condition is a linear partial differential or non linear partial differential equation???
In performing a differential balance for the PFR, we are considering all mass flowing in and out of the differential volume. Yes A does react in the PFR to form B, thus both components may enter the differential volume and exit.
how come you have flow B going in there is now B going in i thought B was being produced...
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How come you did incorporate the consumption term for reaction
the energy balance equation over a tubular reactor under transient condition is a linear partial differential or non linear partial differential equation???
YOU MESSED UP THE MICROSCOPIC WITH THE MACROSCOPIC BALANCE. TERRIBLE