In a triple effect evaporator, given the enthalpies as and the flow rates calculate the product formation rate in the 2nd effect.Feed rate = 25000kg/hr at 38℃, Feed conc = 0.10, Product conc = 0.50Find the Area of condenser in 3rd effect.U1=2930 Kcal/hr2 K, U2=1220 Kcal/hr2 K, U3=610 Kcal/hr2 K

In a triple effect evaporator, given the enthalpies as and the flow r

1.	In a triple effect evaporator, given the enthalpies as and the flow rates calculate the product formation rate in the 2nd effect.Feed rate = 25000kg/hr at 38℃, Feed conc = 0.10, Product conc = 0.50Find the Area of condenser in 3rd effect.U1=2930 Kcal/hr2 K, U2=1220 Kcal/hr2 K, U3=610 Kcal/hr2 K
A.	164m2
B.	151m2
C.	179.5m2
D.	155m2View Answer
Answer» D. 155m2View Answer

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In a triple effect evaporator, given the enthalpies as and the flow rates calculate the product formation rate in the 2nd effect.Feed rate = 25000kg/hr at 38℃, Feed conc = 0.10, Product conc = 0.50Find the Area of condenser in 3rd effect.U1=2930 Kcal/hr2 K, U2=1220 Kcal/hr2 K, U3=610 Kcal/hr2 K

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