Question

8- The mass flow rate of the first gaseous feed stream, containing the component I only , is 6,000 g\s .The total volumetric flow rate of the second gaseous feed stream, containing 67w%A and 33 wt%B,is 8,000 liter/s at 15 atm and 300k. These two gaseous feed streams are mixed and combined ,and then the combined gaseous feed stream is fed into a flow reactor at 420 k and 10 atm. All the componets are assumed to be ideal gases. The molecular weights of the component B, The component C ,and the component I are 20 ,40 ,and 75, respectively . An irreversible gaseous reaction has the following stoichiometric chemical reaction formula:

17A- 2B+10c.

Sketch the problem according to the problem description.

Compute the mole fraction of the component A in the combined feed stream to flow reactor in g-mole/s

Compute the mole fraction of the component A in the combined feed stream to flow react.

Calculate the volumetric flow rate of the combined feed stream in liter/s .

Answer 1

Answers:

a) Sketch the problem according to the problem description.

b) Compute the mole fraction of the component A in the combined feed stream to flow reactor in g-mole/s

You need to know the weight of the molecule of the compound "A" , to answer this question.

c) Compute the mole fraction of the component A in the combined feed stream to flow react.

You need to know the weight of the molecule of the compound "A" , to answer this question.

d) Calculate the volumetric flow rate of the combined feed stream in liter/s

You need to know the weight of the molecule of the compound "A" , to answer this question.