Physics, 27.07.2019 02:20 kiro7ix

13500kg/h of carbon tetrachloride is to be cooled in a parallel flow condenser from 850c to 700c. 19000kg/h of cooling water is available at 200c. wall resistance is negligible and hi on the water side including fouling factors is 2000 w/m2-0c. additional information: ccl4—boiling point 76.80c; latent heat, 46.4 cal/g; heat capacity (gas), 0.24 cal/g-0c; heat transfer coefficient, 60 w/m2-0c (gas), 800 w/m2-0c (liquid), and 2400 w/m2-0c (condensing vapor); no fouling on the outside. determine the fractional area for the three sections (desuperheater, condenser and sub-cooler) and compare them with the respective load fractions.

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13500kg/h of carbon tetrachloride is to be cooled in a parallel flow condenser from 850c to 700c. 19...

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