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Case Study As a collaborative team of chemical engineers, your task is to estimate the necessary energy for the system described below to quantify or minimize: Waste, Pollutions, and Hazardous components or to maximize the desired products. Begin by quantifying the quantities of each component within the system using material balance. Utilize the provided tables and charts to determine the enthalpies for each component. Conclude by calculating the heat transferred to or from the system. Additionally, propose a method to minimize both the required energy and emitted gases from the system by modifying the process. C3H8 200 C 3.5 kg/s Feed Energy PFR-001 180 C C3H6 2.1 kg/s Product H₂ 150 C 1 kg/s C3H8C3H6+ H₂ Conversion 85% V-1 C3H6 gas 480 K 99% 190 C C3H6 2% Liq. 300 K 120 C

Case Study As a collaborative team of chemical engineers, your task is to estimate the necessary energy for the system described below to quantify or minimize: Waste, Pollutions, and Hazardous components or to maximize the desired products. Begin by quantifying the quantities of each component within the system using material balance. Utilize the provided tables and charts to determine the enthalpies for each component. Conclude by calculating the heat transferred to or from the system. Additionally, propose a method to minimize both the required energy and emitted gases from the system by modifying the process. C3H8 200 C 3.5 kg/s Feed Energy PFR-001 180 C C3H6 2.1 kg/s Product H₂ 150 C 1 kg/s C3H8C3H6+ H₂ Conversion 85% V-1 C3H6 gas 480 K 99% 190 C C3H6 2% Liq. 300 K 120 C

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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Case Study As a collaborative team of chemical engineers, your task is to estimate the necessary energy for the system described below to quantify or minimize: Waste, Pollutions, and Hazardous components or to maximize the desired products. Begin by quantifying the quantities of each component within the system using material balance. Utilize the provided tables and charts to determine the enthalpies for each component. Conclude by calculating the heat transferred to or from the system. Additionally, propose a method to minimize both the required energy and emitted gases from the system by modifying the process. C3H8 200 C 3.5 kg/s Feed Energy PFR-001 180 C C3H6 2.1 kg/s Product H₂ 150 C 1 kg/s C3H8C3H6+ H₂ Conversion 85% V-1 C3H6 gas 480 K 99% 190 C C3H6 2% Liq. 300 K 120 C
Transcribed Image Text:Case Study As a collaborative team of chemical engineers, your task is to estimate the necessary energy for the system described below to quantify or minimize: Waste, Pollutions, and Hazardous components or to maximize the desired products. Begin by quantifying the quantities of each component within the system using material balance. Utilize the provided tables and charts to determine the enthalpies for each component. Conclude by calculating the heat transferred to or from the system. Additionally, propose a method to minimize both the required energy and emitted gases from the system by modifying the process. C3H8 200 C 3.5 kg/s Feed Energy PFR-001 180 C C3H6 2.1 kg/s Product H₂ 150 C 1 kg/s C3H8C3H6+ H₂ Conversion 85% V-1 C3H6 gas 480 K 99% 190 C C3H6 2% Liq. 300 K 120 C
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