The elementary liquid-phase reaction: A + B C is to be carried out in a CSTR...

 

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The elementary liquid-phase reaction: A + B C is to be carried out in a CSTR with three impellers. The mixing pattern in the CSTR (non- ideal) is such that the reactor is modeled as three equal-sized CSTRs in series. Species A and B are fed in separate lines to the CSTR. Each CSTR is 200 dm and the volumetric flow to the reactor is 10 dm/min of A and 10 dm/min of B. If the concentrations of each feed steam is 2 mol/dm and k=0.025 dm/mol/min. What is the steady-state conversion of A? The elementary liquid-phase reaction: A + B C is to be carried out in a CSTR with three impellers. The mixing pattern in the CSTR (non- ideal) is such that the reactor is modeled as three equal-sized CSTRs in series. Species A and B are fed in separate lines to the CSTR. Each CSTR is 200 dm and the volumetric flow to the reactor is 10 dm/min of A and 10 dm/min of B. If the concentrations of each feed steam is 2 mol/dm and k=0.025 dm/mol/min. What is the steady-state conversion of A?

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To find the steadystate conversion of A in the CSTR system we need to analyze the reaction kinetics and the flow rates in each CSTR Given The CSTR sys... View the full answer