The gas phase reaction Ag +B → 2D is to be run in an is othermal and constant pressure CSTR The feed consists ofa stoichiometric, gas mixture of A and B. Product Dis condensable. The kinetics follow...


The gas phase reaction Ag +B → 2D is to be run in an is othermal and constant pressure CSTR The<br>feed consists ofa stoichiometric, gas mixture of A and B. Product Dis condensable. The kinetics follow an<br>elementary rate law. The operator wants liquid formation insidethe vesselto encourage convers ion.<br>a) Create stochiometric table<br>b) What is the conversion X, at which condensation of D begins?<br>c) What CSTRspace-time corresponds to this X,?<br>Data:<br>83 cm/mole-sec<br>P= 1.6 atm<br>T= 450 K<br>vapor pressure of D at 450 K =0,409 atm<br>

Extracted text: The gas phase reaction Ag +B → 2D is to be run in an is othermal and constant pressure CSTR The feed consists ofa stoichiometric, gas mixture of A and B. Product Dis condensable. The kinetics follow an elementary rate law. The operator wants liquid formation insidethe vesselto encourage convers ion. a) Create stochiometric table b) What is the conversion X, at which condensation of D begins? c) What CSTRspace-time corresponds to this X,? Data: 83 cm/mole-sec P= 1.6 atm T= 450 K vapor pressure of D at 450 K =0,409 atm

Jun 09, 2022
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