Industrial Water Conservation

Name: Industrial Water Conservation
Price: 180 USD
Availability: InStock
ISBN: 9780443132919

Systematic Design Tools and Case Studies

by Dominic Foo, Thokozani Majozi, Xiao Feng

1st Edition

Publisher: Elsevier

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Book Details

Print ISBN	9780443132919
eText ISBN	9780443132902
Publisher	Elsevier
Publishing Year	2025
Edition	1st Edition
Language	English
Pages	246

Industrial Water Conservation, 1st Edition presents process integration tools designed to lower freshwater intake across plant operations. Part A details core methods for designing water recovery systems, providing chemical engineering principles that support structured water minimization in industrial facilities.

The theoretical chapters focus heavily on pinch-based optimization methods alongside traditional water pinch analysis. Further computational coverage includes mathematical programming applications for concentration-based water recovery, which target parameters like chemical oxygen demand and suspended solids, as well as property-based water recovery managing pH and acidity.

Published by Elsevier in 2025 as a 246-page text, this edition supports graduate and post-graduate students in chemical engineering who require advanced analytical methodologies. The volume also offers an informative reference for technical consultants in water-related industries and government authorities overseeing industrial environmental standards.

Chapter 1: Water pinch analysis for concentration-base (e.g. COD, suspended solid) and property-base (e.g. pH, acidity) water recovery (Deng)
Chapter 2: Pinch-based optimisation methods for water recovery (Foo)
Chapter 3: Mathematical programming for concentration-based (e.g. COD, suspended solid) and property-base (e.g. pH, acidity) water recovery (Feng)
Chapter 4: Water recovery for batch processes (Majozi)
Chapter 5: Case study 1 – catalyst plant (Feng)
Chapter 6: Case study 2 – viscose fiber plant (Feng)
Chapter 7: Case study 3 – printing and dyeing plant (Feng)
Chapter 8: Case study 4 – synthetic rubber production (Foo)
Chapter 9: Case study 5 – gas-to-liquid plant (Foo)
Chapter 10: Case study 6 –wastewater interception and recovery system of a refinery plant (Deng)
Chapter 11: Case study 7 –large-scale water network of a refinery plant (Deng)
Chapter 12: Case study 8 – electric power plant (Majozi)
Chapter 13: Case study 9 – pharmaceutical plant (Majozi)
Chapter 14: Case study 10 – dairy facility (Majozi)