Hydroblasting and Coating of Steel Structures

KEY FEATURES:

• This technique is growing in importance.

• The first comprehensive book in this subject.

A practical and comprehensive account of the technology and applications of hydroblasting, a technique used more and more in the preparation of steel and other surfaces.

Steel surfaces will corrode unless they are properly prepared and coated. Such corrosion can have disastrous effects (eg bridge collapse) therefore the preparation of the surface is of major importance.

Due to environmental pressure to move away from grit-blasting, high-pressure water can now be used to prepare surfaces, with few environmental costs.

This book systematically and critically reviews the state of current hydroblasting technology and its applications. The book is essentially practical in nature and is written by an expert in the field.

Blasting and surface preparation industry; corrosion protection and control specialists; construction engineering industry; environmental engineering industry; maritime industry, ships and drydocks; offshore industry; oil industry; power engineering; protective coating and paint industry; structural engineers; chemical engineers. Agencies, consultants, contractors, engineers, manufacturers and researchers from all of the above.

Chapter 1 - Introduction

1.1 Definitions of surfaces and preparation methods

1.2 Importance of surface preparation processes

1.3 Subdivision of water jets

1.4 Industrial applications

Chapter 2 - Fundamentals of Hydroblasting

2.1 Properties and structure of high-speed water jets

2.2 Basic processes of water drop impact

2.3 Parameter influence on the coating removal

2.4 Models of coating removal process

Chapter 3 - Hydroblasting Equipment

3.1 High-pressure water jet machines

3.2 Pressure generator

3.3 High-pressure hoses and fittings

3.4 Hydroblasting tools

3.5 Nozzle carriers

3.6 Hydroblasting nozzles

3.7 Vacuuming and water treatment systems

Chapter 4 - Steel Surface Preparation by Hydroblasting

4.1 Efficiency of hydroblasting

4.2 Cost aspects

4.3 Problems of disposal

4.4 Safety features of hydroblasting

Chapter 5 - Surface Quality Aspects

5.1 Surface quality features

5.2 Adhesion strength

5.3 Flash rust

5.4 Non-visible contaminants - salt content

5.5 Embedded abrasive particles

5.6 Wettability of steel substrates

5.7 Roughness and profile of substrates

5.8 Aspects of substrate surface integrity

Chapter 6 - Hydroblasting Standards

6.1 Introduction

6.2 Initial conditions

6.3 Visual surface preparation definitions and cleaning degrees

6.4 Non-visible surface cleanliness definitions

6.5 Flash rusted surface definitions

6.6 Special advise

Chapter 7 - Alternative Developments in Hydroblasting

7.1 Pulsed liquid jets for surface preparation

7.2 Hydro-abrasive jets for surface preparation

7.3 High-speed ice jets for surface preparation

7.4 Water jet/ultrasonic device for surface preparation

References

Appendix

Index