Ozonation of Water and Waste Water A Practical Guide to Understanding Ozone and its Applications Second Edition by Christiane Gottschalk, Judy Ann Libra, Adrian Saupe ISBN 9783527301782 352730178X

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Product details: 

ISBN 10:  352730178X

ISBN 13: 9783527301782

Author: Christiane Gottschalk, Judy Ann Libra, Adrian Saupe

The ozonation of compounds in water is a complex process. The mechanisms are very complicated, the parameters are many, but the possibilities of developing cost-effective treatment schemes for drinking water and waste water are large.
Most books available today concentrate on either drinking water or waste water treatment, seldom dealing with both or explaining the essential differences. And only rare exceptions deal with the how-to of ozone experiments. This practical guide fills the gap.
It contains the cumulative knowledge on experimental design, execution, interpretation and application. Drawing on experience gained from hours spent on laboratory research with drinking and waste waters, literature study, intensive discussion with leading experts, perplexed reflection and deep thought, the book offers practical help to avoid common pitfalls and unnecessary work.
This book is aimed at professionals in industry and research currently using ozonation who want to optimize their system, as well as students beginning work with ozonation. It contains just enough information for beginners to start with, but goes rapidly to the detailed information that advanced readers need.

Table of contents: 

OZONE IN OVERVIEW

• Introduces the general properties of ozone (O₃), its formation, stability, and role in environmental and industrial contexts.

Toxicology

• Discusses the health effects of ozone exposure in humans and animals, including safety thresholds, acute and chronic effects, and regulatory standards.

Reaction Mechanism

• Details the chemical reactions ozone undergoes, particularly in water and air, including decomposition pathways and radical formation.

Full-Scale Applications

• Covers real-world, large-scale uses of ozone, such as in water treatment plants, industrial oxidation, food processing, and air purification.

OZONE APPLIED

• A practical section possibly discussing how ozone is implemented in various fields—may include case studies or sector-specific applications.

Experimental Design

• Describes how experiments involving ozone are structured, including control variables, sampling methods, and statistical approaches.

Experimental Equipment and Analytical Methods

• Outlines the tools and techniques used to generate ozone and measure its concentration and reactivity in different media.

Mass Transfer

• Explores the physical processes involved in the transfer of ozone between gas and liquid phases, crucial in water and wastewater treatment.

Reaction Kinetics

• Provides data and models on the rates of ozone-related reactions under various conditions, such as pH, temperature, and reactant presence.

Modeling of Ozonation Processes

• Discusses mathematical or computational models used to simulate ozone behavior and optimize system performance.

Application of Ozone in Combined Processes

• Covers how ozone is integrated with other treatment methods (e.g., UV, H₂O₂, biological treatment) for enhanced performance.

Glossary

• Defines technical terms related to ozone science and engineering.

Index

• Standard alphabetical listing of topics, terms, and figures for quick reference.

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Tags: Christiane Gottschalk, Judy Ann Libra, Adrian Saupe, Ozonation of Water