A catalytic chemical reaction given in (A3.1) that was run at 3.5 atm and 120C in...

 

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A catalytic chemical reaction given in (A3.1) that was run at 3.5 atm and 120°C in a PER unit that contained 10ce catalys and 20 L/lir of partially converted product of pure uureacted A was analysed in a laboratory. The results produced variations in concentration and reaction rate as shown in Table: A3.1 () Whet is the rate of reaction for the given chemical reaction? and (ii) Calculate the size of the rcaction volume (Litres) thai weuld yield 40% conversion of A to R for a feed rate of 3000 moles of A/lhr at the given conditions? A-4R (АЗ.1) Table A3.1: Variation of rate of reaction with concentration Run No Concentration (C) (noles/1.) 0.1 Rate of reaction (-rA) moles/(hr. Leatalysı) 2. 3 0.08 0.06 9.1 7.6 5.4 4 0.04 3.4 A catalytic chemical reaction given in (A3.1) that was run at 3.5 atm and 120°C in a PER unit that contained 10ce catalys and 20 L/lir of partially converted product of pure uureacted A was analysed in a laboratory. The results produced variations in concentration and reaction rate as shown in Table: A3.1 () Whet is the rate of reaction for the given chemical reaction? and (ii) Calculate the size of the rcaction volume (Litres) thai weuld yield 40% conversion of A to R for a feed rate of 3000 moles of A/lhr at the given conditions? A-4R (АЗ.1) Table A3.1: Variation of rate of reaction with concentration Run No Concentration (C) (noles/1.) 0.1 Rate of reaction (-rA) moles/(hr. Leatalysı) 2. 3 0.08 0.06 9.1 7.6 5.4 4 0.04 3.4

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A catalytic chemical reaction PFR reactor The plug floe reactor model is a model used to describes chemical reactions in continuous flowing system of ... View the full answer