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Process energy optimization is the basis of efficient industrial production. A methodical approach to optimizing energy use in industrial processes was developed in the 1980s by Linnhoff and his colleagues. They published the first "Guide to Optimum Energy Use in Process Industries" in 1982 (republished in 1994), where the notion of process integration was introduced. Process integration has evolved into a paradigm of process design, generally aimed at the optimal use of resources.In this book, pinch analysis is preferred because of its simplicity compared to exegetical or mathematical…mehr

Produktbeschreibung
Process energy optimization is the basis of efficient industrial production. A methodical approach to optimizing energy use in industrial processes was developed in the 1980s by Linnhoff and his colleagues. They published the first "Guide to Optimum Energy Use in Process Industries" in 1982 (republished in 1994), where the notion of process integration was introduced. Process integration has evolved into a paradigm of process design, generally aimed at the optimal use of resources.In this book, pinch analysis is preferred because of its simplicity compared to exegetical or mathematical approaches. In this book, pinch analysis is preferred for its simplicity compared with exegetical or mathematical approaches, and is easy for students to master and apply.The objectives of this book are to:- Understand the concepts of energy optimization and its necessity.- Explain the application of pinch analysis in an easy-to-understand way.- Master the tools of internal heat recovery as well asthe integration of external utilities.This book also contains applications accompanied by their corrections.
Autorenporträt
Ali BENHMIDENE es doctor en Ingeniería Energética y diplomado en Ingeniería de Procesos Químicos. Es profesor adjunto en el Institut Supérieur des Sciences Appliquées et de la Technologie de Gabès (Túnez). Es miembro del laboratorio de investigación Energía, Agua, Medio Ambiente y Procesos de la Universidad de Gabès.