CHE 308 Chemical Process Analysis Sessional Class Work 1 Time: 60 min In a sulfuric acid...

 

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CHE 308 Chemical Process Analysis Sessional Class Work 1 Time: 60 min In a sulfuric acid plant, SO2 is fed to a reactor with 10% excess air (at SATP). The reactor operates at 2700°F and 1 atm. The following reaction occurs at the reactor: SO2 +!02 SO3 Recycle + 100% SO2 2700°F and 1 atm. Fresh Feed- -2700°F and 1 atm- Product 100% SO, So3 Separator O2 N2 Reactor -Air at SATP 35x10° ft/hr of SO2 at 2000°F and 1 atm is fed to the reactor. The per pass conversion of SO2 is 75% and overall conversion is 100%. Calculate flow rate of the product and recycle streams in ft'/hr. Also, determine the cooling duty required to keep the reactor at desired temperature. CHE 308 Chemical Process Analysis Sessional Class Work 1 Time: 60 min In a sulfuric acid plant, SO2 is fed to a reactor with 10% excess air (at SATP). The reactor operates at 2700°F and 1 atm. The following reaction occurs at the reactor: SO2 +!02 SO3 Recycle + 100% SO2 2700°F and 1 atm. Fresh Feed- -2700°F and 1 atm- Product 100% SO, So3 Separator O2 N2 Reactor -Air at SATP 35x10° ft/hr of SO2 at 2000°F and 1 atm is fed to the reactor. The per pass conversion of SO2 is 75% and overall conversion is 100%. Calculate flow rate of the product and recycle streams in ft'/hr. Also, determine the cooling duty required to keep the reactor at desired temperature.

Answer rating: 100% (QA)

Ansuen t So2 s fed to de actor with 1o Pxcess ay Pracar oper... View the full answer