1. Modeling of Gel Controlling Membrane Filtration in Fruit Juice ProcessingSourav Mondal, Carmela Conidi, Alfredo Cassano, and Sirshendu De2. Modelling and Sensitivity Analysis of a Fixed-Bed Reactor during the Conversion of Waste Cooking Oil to Biodiesel over Sodium Silicate CatalystMichael O. Daramola and Omotola Babajide3. Phenomenological-Based Semi-Physical Models: Formalizing the ToolHernan D. Alvarez Z4. Multiscale Modelling: From Approaches to Membrane Technology SimulationsFrancesco Petrosino, Giorgio De Luca, and Stefano Curcio5. Modeling Simulation and Chemical Process OptimizationRadouane El Amri, Reda Elkacmi, and Otmane Boudouch6. An Enhanced Agent-Based Model of the Photocatalytic Hydrogen Production ReactionRoy Vincent L. Canseco, Rizalinda L. de Leon, Vena Pearl Bongolan, and Joseph Yap IV7. Mathematical Modelling on Non-Ideal Behavior of Different Bioreactor ConfigurationsSantanu Sarkar8. Modeling and Simulating the Kinetics of Detoxification of Olive Mill Wastewater by Electrocoagulation ProcessReda Elkacmi and Rajaa Zahnoune9. Dynamics of Coexistence of Mixed Consortia in Sweet Meat Casein Whey: Modeling and ExperimentalArijit Nath, Sudip Chakraborty, Madhumita Maitra, and Stefano Curcio

Advanced Modelling and Simulation in the Chemical and Biochemical Process Industry explores modelling and simulation of chemical and biochemical processes at the industrial scale using a variety of approaches. Particular attention is devoted to simulations in different scales, which help achieve a wide-spectrum and more efficient analysis of several problems, ranging from the design of novel materials to the optimization of industrial processes as a function of the operating conditions. This book not only covers optimization with experimental data but also offers readers a thorough understanding and analysis of different parameters of a whole process stream. Covers a wide range of advanced modelling and simulation of chemical technologies: ab initio, atomistic molecular dynamics (MD), Lattice-Boltzmann (LB), dissipative particle dynamics (DPD), computational fluid dynamics (CFD), and finite element (FEM) Addresses issues associated with process control in different phases of the chemical industry Features modelling approaches that allow the design of novel processes/materials in a faster and more reliable way This book will be of interest to researchers and advanced readers in chemical, biochemical, environmental, and materials engineering and industrial chemistry.

OCLC-licensed vendor bibliographic record.