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Product details

Polymer Support Fluids in Civil Engineering

Carlos Lam and Stephan Jefferis

Price: £ 120.00

ISBN: 9780727757869
Format: Hardbound
Publish Date: 24/11/2017
Publisher: ICE Publishing
Page Size: 234x156 mm
Number of Pages: 312

Polymer Support Fluids in Civil Engineering


Polymer Support Fluids in Civil Engineering provides a detailed study of the use of polymer support fluids in civil engineering, covering all major aspects including fundamental material properties, laboratory and site testing, as well as case histories and specifications. This book includes all the information necessary to optimise the use of polymer support fluids and the performance of the resulting foundation elements.

The opening chapters describe the development of polymer fluid technology, including the various types of commercial polymer system currently available and the constraints on the use of bentonite support fluids. They are followed by chapters on site equipment and procedures, and laboratory and site techniques for assessing the physical and chemical properties of polymer fluids. Two chapters are then dedicated to detailed reviews of published case histories from around the world with analysis of successes, and importantly, possible reasons for failures that have occurred. The book concludes with a critical review of the specifications for the use of polymer fluids and a discussion of the rationale for the selection of the control parameters.

Written by two experts in this area, Polymer Support Fluids in Civil Engineering is the first book on the use of polymer support fluids in the construction industry. It will be an invaluable and authoritative reference for practitioners, researchers and advanced students working in geotechnical engineering.


01. Introduction to fluid-supported excavation 
1.1. What is a support fluid? 
1.2. Terminology 
1.3. A brief history of drilling and support fluids 
1.4. How support fluids work 
1.5. Critical functions of support fluids 

02. Constraints on the use of bentonite support fluids 
2.1. Introduction 
2.2. The steady decline in the reserves and the perceived reduction in performance of some bentonites 
2.3. Mixing and hydration requirements of bentonite fluids 
2.4. Requirement of surface treatment plant 
2.5. Disposal of used fluids: environmental regulations and on-site treatment 
2.6. Environmental impact 
2.7. Soil dispersion 

03. Introduction to polymers and polymer fluids 
3.1. Introduction
3.2. What is a polymer?
3.3. Basic polymer science
3.4. Basic classification of polymers of interest for use as support fluids
3.5. Dissociation of polymers in solution
3.6. Key properties of polyacrylamides

04. Commercial polymer systems 
4.1. Introduction 
4.2. Natural biodegradable polymers 
4.3. Polyacrylamide-based systems 
4.4. Blended polymer systems 

05. Site equipment and procedures 
5.1. Introduction 
5.2. Polymer fluid mixing
5.3. Pumping 
5.4. Storage and self-cleaning 
5.5. Managing excavations in soils with high groundwater pressures 
5.6. Excavation tools 
5.7. Cleaning in excavations 
5.8. Recycling and rejuvenation for reuse 
5.9. Disposal 

06. Fluid properties and field testing 
6.1. Introduction 
6.2. Dissolved solids and electrical conductivity 
6.3. pH 
6.4. Water hardness 
6.5. Viscosity 
6.6. Density 
6.7. Sand content 
6.8. Residual polymer concentration 

07. Applications of polymer fluids to the construction of deep foundations around the world
7.1. Introduction 
7.2. Europe 
7.3. Africa 
7.4. Asia 
7.5. The Americas 

08. Detailed analysis of case studies 
8.1. Introduction 
8.2. Glasgow 
8.3. Stratford, London 

09. Rheological properties of polymer support fluids 
9.1. Introduction 
9.2. Fundamentals of non-Newtonian fluid flow 
9.3. Laboratory techniques 
9.4. Flow behaviour 
9.5. Transient viscoelastic properties 

10. Specifications and associated controls 
10.1. Introduction 
10.2. Polymer types 
10.3. Sampling locations 
10.4. Test procedures commonly employed 
10.5. Excavation practice 
10.6. Review of existing polymer fluid specifications 
10.7. Concluding remarks 

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