Geotechnical Engineering for Mine Waste Storage Facilities - Practical
Geotechnical Engineering for Mine Waste Storage Facilities - Practical
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In this review of Geotechnical Engineering for Mine Waste Storage Facilities the bottom line is simple: this is a practical, technically deep reference for engineers and advanced students working on the life cycle of mine waste storage. Geoffrey E. Blight approaches the subject with a clear sequence that follows facility development from characterization and site selection through operation and closure, and our review found the book most valuable for those who need a rigorous, field-oriented treatment rather than a brief overview.
Key Features
- Life-cycle structure: Chapters follow the chronology of a waste storage facility, making it easy to consult the relevant phase of planning, design or closure.
- Technical depth: The content is suitable as a reference for practising engineers, providing detailed discussion useful for design and operational management.
- Field and lab integration: Topics such as geotechnical exploration, testing and compaction link laboratory methods to on-site decision making.
- Environmental context: Dedicated coverage of environmental aspects helps readers understand regulatory and impact considerations alongside geotechnical design.
- Illustrations: The text includes both line drawings and photographs to clarify concepts and show practical examples.
- Use of waste as material: The book examines the potential to use mine waste as construction material, helping engineers assess reuse options.
Who It's For
This book is aimed primarily at practising geotechnical and civil engineers who are directly involved in the design, construction and operational management of mine waste storage facilities, and at senior undergraduate or postgraduate students needing a comprehensive technical source.
Less suitable audiences include general readers seeking a high-level policy overview or introductory texts for entry-level technicians; the material assumes familiarity with geotechnical concepts and engineering practice.
Pros & Cons
Pros
- Comprehensive coverage of the full life cycle of a waste storage facility supports both design and closure planning.
- Practical emphasis on site selection and geotechnical exploration makes it directly applicable to field work.
- Illustrations including photographs and line drawings improve clarity of complex topics.
Cons
- The depth and technical language mean it is not an introductory text for non-engineers.
Specifications
| Title | Geotechnical Engineering for Mine Waste Storage Facilities |
| Author | Geoffrey E. Blight |
| Scope | Site selection, exploration, design, operation and closure |
| Content structure | Thirteen chapters following facility life cycle |
| Topics included | Characterization, testing, compaction, environmental aspects |
| Illustrations | Line drawings and photographs throughout |
Our Verdict
Geoffrey Blight's book is a solid, well-illustrated technical reference that delivers practical guidance across the life cycle of mine waste storage facilities. Engineers and advanced students will find it good value for its focused, applicable content and clear linkage between testing, field exploration and design practice.
Frequently Asked Questions
Is this book suitable for students?
Yes, it is appropriate for senior undergraduate and postgraduate students who have prior geotechnical coursework.
Does it cover environmental issues?
Yes, the book includes environmental aspects alongside geotechnical topics to support impact assessment and compliance planning.
Are there practical examples and illustrations?
Yes, the text is liberally illustrated with line drawings and photographs to demonstrate concepts and field conditions.
Editor's Take
A solid, well-illustrated technical reference for practising engineers and advanced students, offering practical guidance across the life cycle of mine waste storage facilities.

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