Waste Treatment and Disposal

Informationen zum Autor Paul T. Williams , Professor of Environmental Engineering, The University of Leeds, UK. Klappentext Following on from the successful first edition of Waste Treatment & Disposal, this second edition has been completely updated, and provides comprehensive coverage of waste process engineering and disposal methodologies. Concentrating on the range of technologies available for household and commercial waste, it also presents readers with relevant legislative background material as boxed features.NEW to this edition:* Increased coverage of re-use and recycling* Updating of the usage of different waste treatment technologies* Increased coverage of new and emerging technologies for waste treatment and disposal* A broader global perspective with a focus on comparative international material on waste treatment uptake and waste management policies Zusammenfassung Following on from the successful first edition of Waste Treatment & Disposal, this second edition has been completely updated, and provides comprehensive coverage of waste process engineering and disposal methodologies. Concentrating on the range of technologies available for household and commercial waste, it also presents readers with relevant legislative background material as boxed features.NEW to this edition:* Increased coverage of re-use and recycling* Updating of the usage of different waste treatment technologies* Increased coverage of new and emerging technologies for waste treatment and disposal* A broader global perspective with a focus on comparative international material on waste treatment uptake and waste management policies Inhaltsverzeichnis Preface ix Chapter 1: Introduction 1 1.1 History of Waste Treatment and Disposal 1 1.2 European Union Waste Management Policy 5 1.3 Waste Strategy of the European Union 8 1.4 Policy Instruments 13 1.5 EU Waste Management Legislation 15 1.6 The Economics of Waste Management 38 1.7 Options for Waste Treatment and Disposal 49 Chapter 2: Waste 63 2.1 Definitions of Waste 63 2.2 Waste Arisings 66 2.3 Municipal Solid Waste (MSW) 74 2.4 Hazardous Waste 93 2.5 Sewage Sludge 104 2.6 Other Wastes 110 2.7 Waste Containers, Collection Systems and Transport 119 Chapter 3: Waste Recycling 127 3.1 Introduction 127 3.2 Waste Recycling 130 3.3 Examples of Waste Recycling 143 3.4 Economic Considerations 159 3.5 Life Cycle Analysis of Materials Recycling 162 Chapter 4: Waste Landfill 171 4.1 Introduction 171 4.2 EC Waste Landfill Directive 174 4.3 Site Selection and Assessment 180 4.4 Considerations for Landfills 181 4.5 Types of Waste Landfilled 184 4.6 Landfill Design and Engineering 185 4.7 Landfill Liner Materials 187 4.8 Landfill Liner Systems 192 4.9 Processes Operating in Waste Landfills 197 4.10 Other Landfill Design Types 207 4.11 Landfill Gas 212 4.12 Landfill Leachate 220 4.13 Landfill Capping 227 4.14 Landfill Site Completion and Restoration 227 4.15 Energy Recovery from Landfill Gas 230 4.16 Old Landfill Sites 236 Chapter 5: Waste Incineration 245 5.1 Introduction 245 5.2 EC Waste Incineration Directive 248 5.3 Incineration Systems 251 Chapter 6: Other Waste Treatment Technologies: Pyrolysis, Gasification, Combined Pyrolysis-Gasification, Composting, Anaerobic Digestion 325 6.1 Introduction 325 6.2 Pyrolysis 326 6.3 Gasification 337 6.4 Combined Pyrolysis-Gasification 342 6.5 Composting 346 6.6 Anaerobic Digestion 357 Chapter 7: Integrated Waste Management 367 7.1 Integrated Waste Management 367 Index 375 ...

List of contents

Preface.
 
Chapter 1. Introduction.
 
1.1 History of Waste Treatment and Disposal.
 
1.2 European Union Waste Management Policy.
 
1.3 Waste Strategy of the European Community.
 
1.4 Policy Instruments.
 
1.5 EU Waste Management Legislation.
 
1.6 The Economics of Waste Management.
 
1.7 Options for Waste Treatment and Disposal.
 
Chapter 2. Waste.
 
2.1 Definitions of Waste.
 
2.2 Waste Arisings.
 
2.3 Municipal solid waste (MSW).
 
2.4 Hazardous waste.
 
2.5 Sewage sludge.
 
2.6 Other Wastes.
 
2.7 Waste Containers, Collection Systems and Transport.
 
Chapter 3. Waste Recycling.
 
3.1 Introduction.
 
3.2 Waste recycling.
 
3.3 Examples of Waste Recycling.
 
3.4 Economic Considerations.
 
3.5 Life Cycle Analysis of Materials Recycling.
 
Chapter 4. Waste Landfill.
 
4.1 Introduction.
 
4.2 EC Waste Landfill Directive.
 
4.3 Site Selection and Assessment.
 
4.4 Considerations for Landfills.
 
4.5 Types of Waste Landfilled.
 
4.6 Landfill design and engineering.
 
4.7 Landfill liner materials.
 
4.8 Landfill Liner Systems.
 
4.9 Processes Operating in Waste Landfills.
 
4.10 Other Landfill Design Types.
 
4.11 Landfill gas.
 
4.12 Landfill leachate.
 
4.13 Landfill Capping.
 
4.14 Landfill Site Completion and Restoration.
 
4.15 Energy Recovery from Landfill Gas.
 
4.16 Old Landfill Sites.
 
Chapter 5. Waste Incineration.
 
5.1 Introduction.
 
5.2 EC Waste Incineration Directive.
 
5.3 Incineration Systems.
 
Chapter 6. Other Treatment Technologies; Pyrolysis, Gasification, Combined Pyrolysis-Gasification, Composting, Anaerobic Digestion.
 
6.1 Introduction.
 
6.2 Pyrolysis.
 
6.3 Gasification.
 
6.4 Combined Pyrolysis-Gasification.
 
6.5 Composting.
 
6.6 Anaerobic Digestion.
 
Chapter 7. Integrated Waste Management.
 
7.1 Integrated Waste Management.
 
Index.

Report

"...a readable and reliable source of information..." (Waste Planning, September 2005)
" ... provides a useful and highly readable reference text." ( Journal of Applied Toxicology : 26, 1: Jan/Feb 2006)

"... a global perspective on national nanotechnology initiatives in Asia, Europe and the USA, investment opportunities and risks, and future applications ..." ( Materials World , April 2006).

Product details

• Authors: Williams, Angela Williams, Paul T Williams, Paul T. Williams, Paul T. (University of Leeds Williams, Pt Williams, Williams Paul T.
• Publisher: Wiley, John and Sons Ltd
• Languages: English
• Product format: Paperback / Softback
• Released: 14.01.2005
• EAN: 9780470849132
• ISBN: 978-0-470-84913-2
• No. of pages: 424
• Subjects: Natural sciences, medicine, IT, technology > Biology; Abfall, Abfallbeseitigung, Recycling, Angewandte Ökologie, Life Sciences, Biowissenschaften, Applied ecology, Waste Treatment, Bauingenieur- u. Bauwesen, Civil Engineering & Construction, Müll- u. Abfallwirtschaft