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As a new engineer, you plan to propose a heat exchanger network design of the processing plant. After consideration of available data provided by the plant manager, the stream data extracted as in Table 4. You were measured the energy target using problem table analysis and know that this plant has threshold problem and only need 14.02 MW of hot utilities at the minimum permissible temperature difference, 10°C. Design the heat exchanger network (HEN) for the plant with given pinch temperature, 45°C. Show details calculation of feasibility for all heat exchangers involved. Stream 1 2 3 4 5 Table 4 Stream data Supply Temperature, Target Temperature, (°C) (°C) 60 300 200 70 150 230 190 50 40 280 Enthalpy, (kW) 8400 -5200 4000 -3500 10320

As a new engineer, you plan to propose a heat exchanger network design of the processing plant. After consideration of available data provided by the plant manager, the stream data extracted as in Table 4. You were measured the energy target using problem table analysis and know that this plant has threshold problem and only need 14.02 MW of hot utilities at the minimum permissible temperature difference, 10°C. Design the heat exchanger network (HEN) for the plant with given pinch temperature, 45°C. Show details calculation of feasibility for all heat exchangers involved. Stream 1 2 3 4 5 Table 4 Stream data Supply Temperature, Target Temperature, (°C) (°C) 60 300 200 70 150 230 190 50 40 280 Enthalpy, (kW) 8400 -5200 4000 -3500 10320

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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As a new engineer, you plan to propose a heat exchanger network design of the processing plant. After consideration of available data provided by the plant manager, the stream data extracted as in Table 4. You were measured the energy target using problem table analysis and know that this plant has threshold problem and only need 14.02 MW of hot utilities at the minimum permissible temperature difference, 10°C. Design the heat exchanger network (HEN) for the plant with given pinch temperature, 45°C. Show details calculation of feasibility for all heat exchangers involved. Stream 1 2 3 4 5 Table 4 Stream data Supply Temperature, Target Temperature, (°C) (°C) 60 300 200 150 190 40 70 230 50 280 Enthalpy, (kW) 8400 -5200 4000 -3500 10320
Transcribed Image Text:As a new engineer, you plan to propose a heat exchanger network design of the processing plant. After consideration of available data provided by the plant manager, the stream data extracted as in Table 4. You were measured the energy target using problem table analysis and know that this plant has threshold problem and only need 14.02 MW of hot utilities at the minimum permissible temperature difference, 10°C. Design the heat exchanger network (HEN) for the plant with given pinch temperature, 45°C. Show details calculation of feasibility for all heat exchangers involved. Stream 1 2 3 4 5 Table 4 Stream data Supply Temperature, Target Temperature, (°C) (°C) 60 300 200 150 190 40 70 230 50 280 Enthalpy, (kW) 8400 -5200 4000 -3500 10320
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