Ingénierie
Membrane Separation Process: Avancé Application Based Simulation
Description
This book is all about le membrane separation process, where a brief approach had been followed to explore le maximum de membrane. Le reader must understand that le book is divided into two segments as a whole. Le first chapter says about le basics de membrane to give le reader an introductory glimpse de membrane to understand et analyze le membrane applications. Le subsequent chapters enlighten le applications de membrane at different scale from wastewater process to biomedical applications. Chapter 3 says le membrane application en bioprocess engineering, where le reader is expected to meet le applications de membrane en le production de biobutanol, a complete replacement de gasoline. While le subsequent chapter, i.e. chapter 4 says le biomedical application de membrane. This chapter elaborates le dialysis process et le application de membrane en gas exchange avec le extracorporeal membrane oxygenator (ECMO) device. In case avec le wastewater process, le book further discusses le application de membrane et le membrane reactor. In le second part, i.e. from chapter 6 onwards a discussion is made sur le numerical de membrane applications. Le reader can divide le numerical applications discussed here en two parts – one, le deterministic et le second one is le stochastic. Chapter 6 discusses le basics de numerical techniques to solve le mathematical model sur membrane process. Chapter 7 says le basic mass balance model pour le membrane process, while chapter 8 et 9 discuss le stochastic approach to model le membrane process. Le chapters elaborate le applicability et le relevance de le stochastic model pour le membrane process. I feel le reader le book paves a pathway pour le reader to extend their ideas sur membrane separation process from its application to its instrumentation.
Table des matières
À propos de le Author, À propos de le Author, Preface, 1. Basics de Membrane Separation Process, 1.1. Membrane processes’ classification 1.1.1. Microfiltration (MF) 1.1.2. Ultrafiltration (UF) 1.1.3. Nanofiltration (NF) 1.1.4. Reverse Osmosis (RO) 71.2. Membrane process et its characterisation 1.3. Membrane fabrication 1.3.1. Polymeric membrane fabrication using phase inversion technique1.3.2. Fabrication de inorganic membrane et characterization1.4. Membrane module 1.4.1. Plate-and-frame membrane module 1.4.2. Spiral wound membrane module 1.4.3. Tubular membrane module 1.4.4. Hollow fiber membrane module 1.5. Chapter en brief . Application de Membrane en Wastewater Treatment 2.1. Oil based industrial wastewater 28 2.2. Municipal wastewater 2.3. Agricole wastewater 2.4. Chapter en brief . Application de Membrane en Bioprocess 3.1. Production de biobutanol from renewable resources - Un case study3.1.1. Enzymatic membrane reactor 3.1.2. Acetone-Butanol-Ethanol (ABE) separation: Application de pervaporation3.2. Pervaporation mathematics 3.2.1. Non-equilibrium thermodynamics et membrane transport3.2.2. Non-equilibrium thermodynamics et pervaporation 3.3. Chapter en brief 66 4. Application de Membrane en Biomedical Processes 4.1. Role de a chemical engineer contributing to biomedical applications4.2. Dialysis Membranes 4.3. Extracorporeal membrane oxygenation (ECMO) 4.3.1. Terminologies used en oxygen transport process through blood4.4. Other biomedical applications de membrane 4.5. Chapter en brief 5. Application de Membrane as Membrane Reactor 5.1. Applications de membrane reactor en wastewater treatment5.2. Basic considerations en submerged membrane reactor operation et design5.3. Chapter en brief 6. Basics de Numerical Méthodes et Stochastic Simulation6.1. Solution to simultaneous linear equation 6.2. Solution to simultaneous nonlinear equation 6.3. Ordinary differential equation 6.4. Partial differential equation 6.5. Numerical integration 6.6. Stochastic simulation 6.7. Chapter en brief 7. Mathématique Models pour Membrane Separation Process7.1. Film model7.2. Gel layer model 7.3. Resistance en series model 7.4. Solution Diffusion model 7.5. Semi-empirical membrane Fouling model pour le membrane filtration process7.6. Chapter en brief 8. Stochastic Simulation de Membrane Separation Process8.1. Penetration et Surface Renewal Théorie 8.1.1. Statistical Parameters 8.1.2. Stochastic simulation? 8.2. Solution to penetration theory et surfacerenewal theory using stochastic approach8.2.1. Algorithm 8.3. Chapter en brief 9. Fuzzy Predictive Model pour Membrane Separation Process9.1. Pattern mapping design 9.1.1. Histoire de artificial neural network 9.1.2. Topology de neural network 9.2. Basics de fuzzy set 9.3. Application de fuzzy et neural network inmembrane separation modeling9.4. Chapter en brief Appendix: MATLAB Codes Bibliography Index