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There have been specifications written for the use of dehumidification during surface preparation and coatings since the early nineties. These early specs keyed in on parameters that were believed to get the job done and reflected the limited knowledge and experience of a very new industry. Since then, dehumidification has become much more widely accepted and specifications exist for pipes, above ground storage tanks, ships and containments.
There have been specifications written for the use of dehumidification during surface preparation and coatings since the early nineties. These early specs keyed in on parameters that were believed to get the job done and reflected the limited knowledge and experience of a very new industry. Since then, dehumidification has become much more widely accepted and specifications exist for pipes, above ground storage tanks, ships and containments. This paper details some of the aspects of these specifications that have caused trouble for the owner, the specifier and the contractor for various reasons. The technical and economic impact is discussed as well as possible solutions.
Using dehumidification in shipyards has been a widely accepted practice for three decades. A lot has been learned and techniques have become much more sophisticated but the basic goal of preserving the blasted steel and creating the right conditions for coatings application remains the same. This paper discusses how various combinations of desiccant dehumidification, heating and cooling equipment have been utilized properly and some examples of when things did not work out so well.
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Microcosm is defined as “A community, place, or situation regarded as encapsulating in miniature the characteristics, qualities or features of something much larger”. By examining a “microcosm” one can look at how an overall system or market operates and infer assumptions and regard changes by looking at manageable data sets. This paper will examine a “microcosm” of the water tank recoat market. Data was collected from the website “Civcast USA”. The projects that were examined were water tank recoats in the Texas Market.
This paper provides an overview of the Spray-applied Fire Resistant Materials and intumescent mastic materials used to protect structural steel in commercial and industrial buildings and structures. Intumescent fireproofing materials are specifically discussed including the initial testing by UL, their listings, uses, applications and inspection in the field