SAICE

Environmental Geotechnics in Practice: Introduction and case studies

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Product Code: TD/TTP/EGIP
Environmental Geotechnics in Practice is an informative and practical guide to the study of land-based waste disposal. The book identifies the key elements of a variety of waste disposal systems, and explains their role in protecting the environment. Using the most significant case histories from across the world where key lessons have been learned the book provides an engaging introduction to this important field. The cases described all concern land-based waste disposal sites where there is significant interaction between ground engineering and the environment. Together they demonstrate that whatever the type of waste being disposed of it is possible to use geotechnical principles and practices to design a suitable facility. The author explains how the lessons from these historical cases can help current designers and constructers of waste disposal facilities to address the problems posed by climate change and land shortage. The book provides a broad coverage of environmental geotechnics relating to the performance of landfill sites, treatment of contaminated and damaged land, and stability of waste dumps (tips, tailings and lagoons).

Additional information

Weight 1000 g
Author

Robert W. Sarsby

Publisher

ICE Publishing

ISBN Number

978-0-7277-6363-1

Year

2019

Contents Preface vii
Acknowledgements ix
About the author xi
Glossary xiii

1 Introduction 1
1.1 Background 1
1.2 Waste disposal by landfill 4
1.3 Contaminated and damaged land 7
1.4 Waste dumps – tips, tailings and lagoons 12
1.5 Environmental geotechnics 14
Sources 17

2 Engineered waste disposal by landfill 19
2.1 Landfill liners 19
2.2 Landfill caps 22
2.3 Fluid management 22
2.4 Case histories 23
Sources 66

3 Contaminated and damaged land 69
3.1 Contaminated land treatment 69
3.2 Damaged land treatment 71
3.3 Case histories 76
Sources 118

4 Waste dumps – tips, tailings and lagoons 121
4.1 Tips 121
4.2 Tailing dams 121
4.3 Lagoons and ponds 123
4.4 Case histories 125
Sources 160

5 Concluding remarks 163
5.1 General 163
5.2 Environmental geotechnics 163
5.3 Points for the future 166

Index 169