How to Calculate Final Temperature of an Object after Heat Added | Physics | Study.com

SOLVED: Determine: outlet temperatures, heat transfer rate, pressure drop in the shell and in the tubes. Assume steady state conditions and the heat exchanger is new and clean (no fouling).EXAMPLE 9.2. In a facility where detergent is manufactured, benzene is to be cooled from 51.7°C by using water, which is available at 18.38°C. Process conditions require benzene flow rate of 18.9 kg/s. The water flow rate is 22.68 kg/s. Available for this service is a shell and tube exchanger that has a shel