Benzene vapor at 100C is cooled and condensed at atmospheric pressure in a shell-and-tube exchanger. The cooling
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Benzene vapor at 100°C is cooled and condensed at atmospheric pressure in a shell-and-tube exchanger. The cooling water enters at 20°C and leaves at 45°C. For countercurrent flow, calculate Δ̅T̅L for the cooling and condensing sections of the exchanger. What fraction of the total heat is transferred in each section? The specific heat of benzene is 0.35 cal/g · °C and the heat of vaporization is 165 cal/g.
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Cooling section Inlet temperature of benzene vapor 100C Outlet temperature of benzene vapor 80C satu...View the full answer
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Related Book For 
Unit Operations Of Chemical Engineering
ISBN: 9780072848236
7th Edition
Authors: Warren McCabe, Julian Smith, Peter Harriott
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