solve Example 3.2 CST Composition Mixing Tank Problem Statement. Develop a dynamic model for the CST composition mixing process shown in Figure 3.5.7. The process parameters and variables are given by - C - the concentration of the component in the mixed stream ( gmol/l) - C1? - the concentration of the component in stream 1(0.5gmol/l) - C2? -

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Example 3.2 CST Composition Mixing Tank Problem Statement. Develop a dynamic model for the CST composition mixing process shown in Figure 3.5.7. The process parameters and variables are given by -

C

- the concentration of the component in the mixed stream (

g mol/l)

-

C_{1}

- the concentration of the component in stream

1 (0.5 g mol / l)

-

C_{2}

- the concentration of the component in stream

2 (1.0 g mol / l)

-

F_{1}

- the mass flow rate of stream 1 (initially 500

kg / min)

-

F_{2}

-the mass flow rate of stream

2 (500 kg / min)

-

t

- time (min) -

V

- the volume of the mixer

(1000 I)

-

?

- the constant density of the feed and product streams (

1 kg / l)

-

?_{?}

- the time constant for the flow controller on stream 1 (

2 s)

. -

?_{i f}

- analyzer deadtime

(5 min)

. At time equal to 5 minutes, a step change in the specified feed rate for stream 1 is made from

500 kg / min

to 400

kg / min

.

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