Decontamination of Heavy Metals

Decontamination of Heavy Metals: Processes, Mechanisms, and Applications

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ISBN 9781439816677
Cat# K10856
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ISBN 9781439816684
Cat# KE10786
 

Features

  • Discusses the various hazardous heavy metals, their various forms, and their impact on the environment
  • Presents detailed coverage of specific heavy metals, materials, processes, mechanisms, modeling, applications, and control methodologies
  • Examines the latest in membrane filtration technology
  • Details basic and advanced chemical reactions and heavy metals conversions
  • Presents novel cost-effective technologies in metal treatment
  • Includes numerous case studies, examples, tables, and more than 200 figures to illustrate the material

Summary

Heavy metals, such as lead, chromium, cadmium, zinc, copper, and nickel, are important constituents of most living organisms, as well as many nonliving substances. Some heavy metals are essential for growth of biological and microbiological lives, yet their presence in excessive quantities is harmful to humans and interferes with many environmental processes. Heavy metals are also nonbiodegradable, making them more difficult to remediate. Decontamination of Heavy Metals: Processes, Mechanisms, and Applications tackles the subject of heavy metals in the environment, with special emphasis on their treatment, removal, recovery, disposal, management, and modeling.

Concepts, Cutting-Edge Technologies, and Applications

The book provides in-depth coverage of the major hazardous heavy metals that are found in water, land, and facilities and that have significant effects on public health and the environment. After an overview of heavy metal contamination, the text reviews the concepts and technologies of pollution prevention. It then examines technologies for metal decontamination, ranging from precipitation—which is the most commonly used—to cutting-edge technologies such as precipitation-crystallization, ion exchange, membrane filtration, and electrolysis. Mathematical models for metal removal and recovery are also included.

Develop a Feasible Total Heavy Metal Control Program

Complementing other books in the Advances in Industrial and Hazardous Wastes Treatment series, this volume presents important research related to the remediation of heavy metals. Extensive references are included for readers who want to trace, duplicate, or improve on a specific industrial hazardous waste treatment practice. A comprehensive handbook for environmental professionals, researchers, and students, it provides technical information to help readers develop a feasible total metal control program that can benefit both industry and local municipalities.

Table of Contents

Occurrence and Importance of Heavy Metal Contamination
Introduction
Economy and Metals
Environmental Importance
Toxicity of Heavy Metals
Guidelines and Standards
Sources of Heavy Metal Contamination
Important Heavy Metals

Pollution Prevention: Principles and Applications
Introduction
Motivation and Concept
P2 Laws and Regulations
P2 Technologies
P2 Benefits
Pollution Prevention Feasibility
P2 Implementation and Revision
Key Points in P2 Applications
Case Studies

Precipitation Technology
Introduction
Theory
Pretreatment
Posttreatment
Key Devices in Pre- and Posttreatment Steps
Case Studies
Limitations and Solutions

Precipitation–Crystallization Technology
Introduction
Description of Technology
Theoretical Background
Important Control Factors
Case Studies

Reduction-Oxidation Processes
Introduction
Chemical-Induced Reduction Processes
Biological Reduction of Metal Sulfate
Reduction of Hexavalent Chromium
Reduction and Oxidation of Arsenic Species

Electrochemical Technologies
Introduction
Electrodeposition Technology
Electrocoagulation and Electroflotation

Adsorption: Materials, Chemistry, and Applications
Introduction
Activated Carbon
Biosorbents
Metal Oxide
Adsorption Treatment System

Calculation of Metal Ion Uptake in Environmental Systems
Sorption Reaction
Ion Exchange
Hybrid Model
Computation Tools
Modeling of the Adsorption Process
Appendices

Index
Each chapter includes references.

Author Bio(s)

Dr. J. Paul Chen is an associate professor of environmental engineering at the National University of Singapore. His research interests are physicochemical treatment of water and wastewater and modeling. He has published more than 100 journal papers and book chapters with a citation count of more than 2,500 and an H-index of 28. Professor Chen is also the co-editor of Heavy Metals in the Environment (CRC Press, 2009). He holds seven patents in the areas of sorption technologies, ballast water management, and exhaust gas treatment. Professor Chen has received various honors and awards, including guest professor of the Hua Zhong University of Science and Technology and Shandong University of China, and Distinguished Overseas Chinese Young Scholar of National Natural Science Foundation of China. He has been recognized as an author of highly cited papers (chemistry and engineering) of ISI Web of Knowledge. Professor Chen received his master’s in engineering from the Tsinghua University of Beijing and his Ph.D. from the Georgia Institute of Technology, Atlanta.

Editorial Reviews

"This book covers fundamental theories of metal removal, including calculation of metal ion uptake in environmental systems. Professionals and students working in environmental engineering may find this book a very useful reference. ... This book is organized with a deliberately logical flow, defining concepts at the beginning, and gradually building up theories and applications."
—Dr. Gang Chen, Florida State University, USA

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