© 2006 by Taylor & Francis Group, LLC
© 2006 by Taylor & Francis Group, LLC
© 2006 by Taylor & Francis Group, LLC
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Preface<br />
This book has been written to fill a gap in the literature of corrosion-protection<br />
coatings <strong>by</strong> offering a bridge between the very brief account of paints conveyed in<br />
most corrosion books and the very comprehensive, specialized treatises found in the<br />
polymer or electrochemical scientific publications.<br />
I have tried to write this book for the following audiences:<br />
• Maintenance engineers who specify or use anticorrosion paints and need<br />
a sound working knowledge of different coating types and some orientation<br />
in how to test coatings for corrosion protection<br />
• Buyers or specifiers of coatings, who need to know quickly which tests<br />
provide useful knowledge about performance and which do not<br />
• Researchers working with accelerated test methods, who need an in-depth<br />
knowledge of aging mechanisms of coatings, in order to develop more<br />
accurate tests<br />
• Applicators interested in providing safe working environments for personnel<br />
performing surface preparation<br />
• Owners of older steel structures who find themselves faced with removal<br />
of lead-based paint (LBP) when carrying out maintenance painting<br />
The subject matter is dictated <strong>by</strong> the problems all these groups face. LBP<br />
dominates parts of the book. Although this coating is on its way out, the problems<br />
it has created remain. Replacement pigments of equivalent — even better — quality<br />
certainly exist but are not as well known to the general coatings public as we would<br />
wish. This is partly due to the chaotic conditions of accelerated testing. Hundreds<br />
of test methods exist, with no consensus in the industry about which ones are useful.<br />
This confusion has not aided the efforts toward identification and acceptance of the<br />
best candidates to replace LBP. And finally, the issues associated with disposal of<br />
lead-contaminated blasting debris are expected to become more pressing, not less<br />
so, in the future.<br />
However, not all modern maintenance headaches are due to lead. Another problem<br />
facing plant engineers and applicators of coatings is silicosis from abrasive<br />
blasting with quartz sand. This blasting material is outlawed in many industrialized<br />
countries, but sadly, not all. Even in Scandinavia, where worker health is taken very<br />
seriously, the ban is not as complete as it should be. And, because we all need the<br />
ozone layer, limiting the use of volatile organic compounds where possible is a<br />
consideration for today’s engineers.<br />
The reader will no doubt notice that, while the book provides plant engineers<br />
with a rapid orientation in coating types, abrasives, laboratory techniques, and<br />
disposal issues, certain other areas of interest to the same audience are not addressed<br />
<strong>©</strong> <strong>2006</strong> <strong>by</strong> <strong>Taylor</strong> & <strong>Francis</strong> <strong>Group</strong>, <strong>LLC</strong>