Question: Problem 3 . The 1 8 0 0 - liter rinse tank below is at its steady state concentration of 1 0 m g l

Problem

3 .

The

1800 -

liter rinse tank below is at its steady state concentration of

10 m \frac{g}{l} .

The pump for the rinse flow needs to be taken out of service for

30

min. What would be the tank concentration when the pump is placed back online if operations continue uniterrupted? How much operational time would be required for the tank concentration to fall below

20 m \frac{g}{l}

with the rinse flow resumes at

425

liter

/

min

?

Problem 3 . The 1 8 0 0 - liter rinse tank below

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