Titlebook: Chemical and Bioprocess Engineering; Fundamental Concepts Ricardo Simpson,Sudhir K. Sastry Textbook 2013 Springer Science+Business Media, L

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Fundamentals of Mathematical Modeling, Simulation, and Process Control,eady have been exposed to and practiced simulation through exercises in previous chapters. For example, in . (Sect. ., problem 3), it was proved that two continuous bioreactors in series (total volume .) were more effective than one continuous bioreactor of volume ...Due to the descriptive nature of

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Basic Economic Principles and Deciding Among Alternatives,s mainly based on economic considerations. You will encounter questions where your technical expertise and knowledge of economics will be challenged to compare, for example, proposals from two or more companies to replace reactors at a processing plant. At this stage the problems will focus on econo

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Fundamentals of Magnitudes, Unit Systems, and Their Applications in Process Engineering,ts and its relation to the English Engineering system. Our main purpose is to ensure that students cannot only use different systems but also convert units among different systems. In addition, students will gain an understanding of the different approximate dimensions and sizes that occur frequentl

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Learning from Nature and Its Potential Applications in Chemical and Bioprocess Engineering,ot only has been hosting life in a sustainable manner but also has dynamically changed, utilizing the minimum resources to attain the maximum performance. As Einstein said: Look deep into nature, and then you will understand everything better..In this chapter we will discuss, in detail, some example

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A Glimpse of Thermodynamics and Transport Phenomena,mple calculations, but most importantly, you will understand the language of chemical and bioprocess engineering..You will be exposed to the most important building blocks of process engineering—a synthetic preview and understanding of the concepts of thermodynamics and transport phenomena. Because