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Technology for stabilization of paint prior to removal, during blast removal or after collection of paint residue and blast media reduces RCRA hazardous waste management, fees and high trucking and disposal costs.
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NEPCOAT (Northeast Protective Coating Committee) developed an innovative approach for streamlining coating material testing and selection on a regional basis. Following their success, AASHTO took the concept nationwide within their NTPEP program.
The development of new elastomeric waterborne acrylic resins for use in surfacetolerant maintenance coatings will be described. Applied in thick films of up to 10 to 20 mils, these coatings are resistant to mudcracking, and form an excellent barrier coating for the protection of steel.
This paper will look at the evolution of coatings and linings in wastewater treatment and what has changed the way we look at protective coatings for concrete substrates. We will look at the coatings and linings used in the past, those used today, and what will be required in the future. The paper will discuss the advantages and disadvantages of varying coating types and why they are or are not still in use.
One of the most important and overlooked aspects of the coating project is the documentation of events and conditions as they occur. This paper will discuss the importance of documentation as well as new methods of accomplishing this and other tasks using new wireless technology.
The proper use of barrier coating technology as part of the mold and mildew remediation process is discussed, along with the properties the appropriate barrier coating should exhibit.
Thermal spray coatings (TSC) have been successfully used in all major sectors of the marine and industrial corrosion control coatings market.
While a coating is typically measured in mils, a lining typically refers to an application of 1/16 inch or thicker. Certain industrial applications are best served through the use of a thick lining with unique physical properties that provide superior resistance against abrasion, impact, chemicals, and corrosion.
Cementitious fireproofing material can dry slowly. Common construction defects can result, including improper curing of fireproofing materials, potential for mold and mildew growth, excess moisture that slows drying of other materials and delays in the construction schedule. Desiccant dehumidification technology speeds drying times to eliminate those problems.
This paper will focus on polymeric cementitious urethane floor systems that are applied in very harsh and demanding environments. We will outline the history, advantages and disadvantages of these systems, as well as some of the applications for which these systems are best suited. Finally, we will discuss how these systems are applied.
To protect against corrosion, exterior Department of Defense (DoD) Aboveground Storage Tank (AST) surfaces initially receive a three-coat coating system consisting of epoxy primer (MIL-DTL-24441, Formula 159, Type III), epoxy intermediate (MIL-DTL-24441, Formula 152, Type IV), and polyurethane topcoat (MILPRF-85285D, Type II). Exterior AST maintenance painting is generally required at less than eight years’ service.
Water, steam, and waterjetting have long been used in the conservation of historic artifacts and structures such as the R.M.S. Titanic and the Saturn V Rocket at Johnson Space Center. Integral to the conservation is the removal of loose material, reduction in salts and corrosion, retention of coatings and desirable patina, and repair of damaged areas.