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k1 k2 2.10 Irreversible consecutive reactions A B Coccur in a jacketed, stirred-tank reactor as shown in Fig. E2.10. Derive a dynamic model based on the following assumptions: (i) The contents of the tank and cooling jacket are well mixed. The volumes of material in the jacket and in the tank do not vary with time. (ii) The reaction rates are given by n = K¡2¯E\/RTCA [=] mol A/h L %3D 12=kze-E2/RT, CB = mol B/h L %3D (iii) The thermal capacitances of the tank contents and the jacket contents are significant relative to the thermal capaci- tances of the jacket and tank walls, which can be neglected. (iv) Constant physical properties and heat transfer coeffi- cients can be assumed. Note: All flow rates are volumetric flow rates in L/h. The concentra- tions have units of mol/L. The heats of reaction are AH and AH2. Feed Iemad CAi CBi Li, T; ottepo S- Coolant out h Coolant in in 11 Ici, Tei Jacketed reactor Product И CA CB CC, T, q (a Figure E2.10 th (E

k1 k2 2.10 Irreversible consecutive reactions A B Coccur in a jacketed, stirred-tank reactor as shown in Fig. E2.10. Derive a dynamic model based on the following assumptions: (i) The contents of the tank and cooling jacket are well mixed. The volumes of material in the jacket and in the tank do not vary with time. (ii) The reaction rates are given by n = K¡2¯E\/RTCA [=] mol A/h L %3D 12=kze-E2/RT, CB = mol B/h L %3D (iii) The thermal capacitances of the tank contents and the jacket contents are significant relative to the thermal capaci- tances of the jacket and tank walls, which can be neglected. (iv) Constant physical properties and heat transfer coeffi- cients can be assumed. Note: All flow rates are volumetric flow rates in L/h. The concentra- tions have units of mol/L. The heats of reaction are AH and AH2. Feed Iemad CAi CBi Li, T; ottepo S- Coolant out h Coolant in in 11 Ici, Tei Jacketed reactor Product И CA CB CC, T, q (a Figure E2.10 th (E

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
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k1 k2 2.10 Irreversible consecutive reactions A B Coccur in a jacketed, stirred-tank reactor as shown in Fig. E2.10. Derive a dynamic model based on the following assumptions: (i) The contents of the tank and cooling jacket are well mixed. The volumes of material in the jacket and in the tank do not vary with time. (ii) The reaction rates are given by n = K¡2¯E\/RTCA [=] mol A/h L %3D 12=kze-E2/RT, CB = mol B/h L %3D (iii) The thermal capacitances of the tank contents and the jacket contents are significant relative to the thermal capaci- tances of the jacket and tank walls, which can be neglected. (iv) Constant physical properties and heat transfer coeffi- cients can be assumed. Note: All flow rates are volumetric flow rates in L/h. The concentra- tions have units of mol/L. The heats of reaction are AH and AH2. Feed Iemad CAi CBi Li, T; ottepo S- Coolant out h Coolant in in 11 Ici, Tei Jacketed reactor Product И CA CB CC, T, q (a Figure E2.10 th (E
Transcribed Image Text:k1 k2 2.10 Irreversible consecutive reactions A B Coccur in a jacketed, stirred-tank reactor as shown in Fig. E2.10. Derive a dynamic model based on the following assumptions: (i) The contents of the tank and cooling jacket are well mixed. The volumes of material in the jacket and in the tank do not vary with time. (ii) The reaction rates are given by n = K¡2¯E\/RTCA [=] mol A/h L %3D 12=kze-E2/RT, CB = mol B/h L %3D (iii) The thermal capacitances of the tank contents and the jacket contents are significant relative to the thermal capaci- tances of the jacket and tank walls, which can be neglected. (iv) Constant physical properties and heat transfer coeffi- cients can be assumed. Note: All flow rates are volumetric flow rates in L/h. The concentra- tions have units of mol/L. The heats of reaction are AH and AH2. Feed Iemad CAi CBi Li, T; ottepo S- Coolant out h Coolant in in 11 Ici, Tei Jacketed reactor Product И CA CB CC, T, q (a Figure E2.10 th (E
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