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Other titles in the Woodhead Publishing Series in Energy series:
Handbook of Process Integration (Pi): Minimisation of Energy and Water Use, Waste and Emissions (Woodhead Publishing Series in Energy)by Jiri J. Klemes.
Synopses & Reviews
Process integration (PI) is a modern methodology that reduces the consumption of energy and raw materials in the processing and power-generating industries. At the same time, levels of emissions and effluents decrease considerably. This book provides comprehensive and systematic coverage of the development and application of process integration techniques across a wide range of industries. Opening chapters provide an overview of process integration and analysis. Chapters then address heat integration, mass and water integration, extended process integration and close with case studies illustrating applications in various industries.
About the Author
Professor Jirí Klemeš is Polya Professor of Information Technology and Head of the Centre for Process Integratio and Intensification (CPI2) at the University of Pannonia, Hungary.
Table of Contents
Part 1 Overview of process integration and analysis: Introduction and history; Basic terminology; Advantages, challenges and drivers
Part 2 Heat integration: Targeting and heat exchanger network design; Analysis and synthesis of utility systems; Total site; Total site with fluctuating supply and demand; Grass roots design and retrofit analysis; Energy and heat integration of batch processes
Part 3: Mass and water integration: Water pinch and water integration; Total site water system design and process integration; Synthesis of water networks: a graphical approach considering water loss and gain; Resource conservation networks
Part 4 Extended process integration: Process integration in process design; Combined energy and water integration; Combined heat and power, polygeneration and trigeneration; Multi-objective pinch analysis; Unified targeting algorithm; Supply chain pinch analysis; Heat recovery loops and non-continuous processes
Part 5 Case studies and applications: Oil industry refining and petrochemicals; Pulp and paper industry; Brewing industry; Dairy and cheese production; Sugar plants; Waste treatment and incineration; Urea production; Buildings and building complexes; Heavy chemical complexes and steel industry; Mass integration of an oil refinery acid gas removal system; Design of isolated energy systems; Heat exchanger networks with heat transfer enhancement; Process integration of a refinery hydrogen network; Heat integration software tools; Mass and water integration software
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