Solid Waste Engineering ( 240 )

Publication series ：240

Author： William A. Worrell;P. Aarne Vesilind

Publisher： Cengage‎

Publication year： 2012

E-ISBN: 9781133378068

P-ISBN(Paperback): 9781439062173

Subject： X705 Solid Waste Treatment And Disposal

Keyword：建筑科学,Technology: general issues

Language： ENG

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Description

SOLID WASTE ENGINEERING addresses the growing and increasingly intricate problem of controlling and processing the refuse created by our urban society. While the authors discuss issues such as regulations and legislation, their main emphasis is on solid waste engineering principles. They maintain their focus on principles by first explaining the basic principles of the field, then demonstrating how these principles are applied in real world settings through worked examples. By using this book as part of a graduate or advanced undergraduate course students will emerge being able to think reflectively and logically about the problems and solutions in solid waste engineering.教学资源：PPT、Instructor's Solutions Manual。教学资源目前仅能提供给老师，获取方式如下： 1. 邮箱获取：将教辅需求发邮件至asia.infochina@cengage.com 2. 电话获取：010-83435111 3. 微信获取：关注我们的公众号，会由客服人员答疑解惑公众号名称：圣智教育服务中心微信号：Cengage_Learning 4. QQ获取：加入我们的QQ群群名称：圣智教育服务中心群号：658668132

Chapter

Cover

Title Page

Dedication

Preface to the SI Edition

Contents

Preface:A Tale of Two Barges

About the Authors

Foreword

CHAPTER 1 INTEGRATED SOLID WASTE MANAGEMENT

1-1 Solid Waste in History

1-2 Materials Flow

1-3 The Need for Integrated Solid Waste Management

1-4 Special Wastes

1-5 Final Thoughts

Problems

CHAPTER 2 MUNICIPAL SOLID WASTE CHARACTERISTICS AND QUANTITIES

2-1 Definitions

2-2 Municipal Solid Waste Generation

2-3 Municipal Solid Waste Characteristics

2-4 Final Thoughts

2-5 Appendix Measuring Particle Size

Problems

CHAPTER 3 COLLECTION

3-1 Refuse Collection Systems

3-2 Commercial Wastes

3-3 Transfer Stations

3-4 Collection of Recyclable Materials

3-5 Litter and Street Cleanliness

3-6 Final Thoughts

3-7 Appendix Design of Collection Systems

Problems

CHAPTER 4 LANDFILLS

4-1 Planning,Siting,and Permitting of Landfills

4-2 Landfill Processes

4-3 Landfill Design

4-4 Landfill Operations

4-5 Post-closure Care and Use of Old Landfills

4-6 Landfill Mining

4-7 Final Thoughts

Problems

CHAPTER 5 PROCESSING OF MUNICIPAL SOLID WASTE

5-1 Refuse Physical Characteristics

5-2 Storing MSW

5-3 Conveying

5-4 Compacting

5-5 Shredding

5-6 Pulping

5-7 Roll Crushing

5-8 Granulating

5-9 Final Thoughts

5-10 Appendix The PI Breakage Theorem

Problems

CHAPTER 6 MATERIALS SEPARATION

6-1 General Expressions for Materials Separation

6-2 Picking(Hand Sorting)

6-3 Screens

6-4 Float/Sink Separators

6-5 Magnets and Electromechanical Separators

6-6 Other Devices for Materials Separation

6-7 Materials Separation Systems

6-8 Final Thoughts

Problems

CHAPTER 7 COMBUSTION AND ENERGY RECOVERY

7-1 Heat Value of Refuse

7-2 Materials and Thermal Balances

7-3 Combustion Hardware Used for MSW

7-4 Undesirable Effects of Combustion

7-5 Final Thoughts

Problems

CHAPTER 8 BIOCHEMICAL PROCESSES

8-1 Methane Generation by Anaerobic Digestion

8-2 Composting

8-3 Final Thoughts

Problems

CHAPTER 9 CURRENT ISSUES IN SOLID WASTE MANAGEMENT

9-1 Life Cycle Analysis and Management

9-2 Flow Control

9-3 Public or Private Ownership and Operation

9-4 Contracting for Solid Waste Services

9-5 Financing Solid Waste Facilities

9-6 Hazardous Materials

9-7 Environmental Justice

9-8 The Role of the Solid Waste Engineer

9-9 Final Thoughts

9-10 Epilogue

Problems

APPENDIX A THE LEWISBURG SOLID WASTE PROBLEM

APPENDIX B BULK DENSITIES OF REFUSE COMPONENTS

APPENDIX C CONVERSIONS

INDEX

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