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Solid Waste Landfill Engineering and Design
Edward A. McBean, University of Waterloo, Canada
Frank A. Rovers, Pres., Conestoga-Rovers Assoc., Waterloo
Grahame J. Farquhar, University of Waterloo

ISBN-10: 0130791873
ISBN-13: 9780130791870

Publisher: Prentice Hall
Copyright: 1995
Format: Paper; 544 pp
Published: 10/31/1994

Suggested retail price: $98.00
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Solid waste disposal—especially after the Love Canal incident—has become the focus of public awareness and concern for pollution. This book provides a synthesis of existing knowledge on solid waste landfilling—with a focus on solving problems with landfill gas, managing leachate, and implementing environmentally secure operating procedures. It explores the fundamentals of solid waste decomposition, and considers how these influence landfill design, operational features, and improvements in overall site performance. Covers social, economic and technical factors associated with solid waste landfilling. Considers all environmental applications— especially water quality and the treatment of landfill generated gas. Presents methodologies for predicting landfill gas and leachate production. For engineers, hydrogeologists, and urban planners involved in the design and operation of landfills.

  • discusses decomposition principles.
  • documents experiences from the field — computation of technical reference sources.
  • outlines modeling principles for gas migration and landfill leachate characterization.
  • considers leachate treatment problems.
  • discusses the influence of 3Rs landfilling.
  • considers gas recovery as a resource.
  • describes the pros and cons of alternative site selection methodologies.
  • features more than 140 illustrations and photos.



 1. Introduction.


 2. Opportunities for Reduction, Reuse and Recycling.


 3. Site Selection Methodologies.


 4. Principles of Decomposition in Landfills.


 5. Mass Balance Computational Procedures in Landfill Assessment.


 6. Hydrogeologic Principles.


 7. Water Balance Modeling for a Landfill.


 8. Landfill Cover Design.


 9. Barrier Layers.


10. Design of Leachate Collection Systems.


11. Treatment of Leachate.


12. Design of Natural Attenuation Sites.


13. Landfill Gas Migration.


14. Landfill Gas Collection and Recovery.


15. Construction and Operation.


16. Monitoring Program Concerns.

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