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Assume we have a bioreactor where the following two reactions are taking place. The bioreactor has volume of 10 Liters. The feed solution introduced to the reactor had the following composition: 25 g/L of glucose, 8 g/L of NH, and 5 g/L of O2. Assume that both reactions proceed until a total mass of 30 grams of glucose are left in the bioreactor, and that a total of 40 grams of C2H;O have been produced. CH1206→2C;H,O+2CO2 C6H1206+ NH3 +1.5 O2 →C;H,NO4+ CO2+ 3H2C a) Identify the limiting reactant considering the second reaction b) Calculate the extents of reaction for both reactions ( and §). c) Calculate the amount in grams of CsHgNO4produced d) Calculate the amount in grams of CO2 produced

Assume we have a bioreactor where the following two reactions are taking place. The bioreactor has volume of 10 Liters. The feed solution introduced to the reactor had the following composition: 25 g/L of glucose, 8 g/L of NH, and 5 g/L of O2. Assume that both reactions proceed until a total mass of 30 grams of glucose are left in the bioreactor, and that a total of 40 grams of C2H;O have been produced. CH1206→2C;H,O+2CO2 C6H1206+ NH3 +1.5 O2 →C;H,NO4+ CO2+ 3H2C a) Identify the limiting reactant considering the second reaction b) Calculate the extents of reaction for both reactions ( and §). c) Calculate the amount in grams of CsHgNO4produced d) Calculate the amount in grams of CO2 produced

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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Assume we have a bioreactor where the following two reactions are taking place. The bioreactor has volume of 10 Liters. The feed solution introduced to the reactor had the following composition: 25 g/L of glucose, 8 g/L of NH, and 5 g/L of O2. Assume that both reactions proceed until a total mass of 30 grams of glucose are left in the bioreactor, and that a total of 40 grams of C;H¿O have been produced. CH1206>2C,H,0+2CO2 CH1206+ NH3 +1.5 O2 >C;H,NO4+ CO2+ 3H2C a) Identify the limiting reactant considering the second reaction b) Calculate the extents of reaction for both reactions ( and Š2). c) Calculate the amount in grams of CsH,NO4 produced d) Calculate the amount in grams of CO2 produced Atomic weights: C-12, O=16, N=14, H=1
Transcribed Image Text:Assume we have a bioreactor where the following two reactions are taking place. The bioreactor has volume of 10 Liters. The feed solution introduced to the reactor had the following composition: 25 g/L of glucose, 8 g/L of NH, and 5 g/L of O2. Assume that both reactions proceed until a total mass of 30 grams of glucose are left in the bioreactor, and that a total of 40 grams of C;H¿O have been produced. CH1206>2C,H,0+2CO2 CH1206+ NH3 +1.5 O2 >C;H,NO4+ CO2+ 3H2C a) Identify the limiting reactant considering the second reaction b) Calculate the extents of reaction for both reactions ( and Š2). c) Calculate the amount in grams of CsH,NO4 produced d) Calculate the amount in grams of CO2 produced Atomic weights: C-12, O=16, N=14, H=1
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