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08225 Evaluation of Corrosion Mitigation Technologies for Mechanical Room Plumbing and Union Joints at Military Facilities

Picture for 08225 Evaluation of Corrosion Mitigation Technologies for Mechanical Room Plumbing and Union Joints
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Product Number: 51300-08225-SG
ISBN: 08225 2008 CP
Author: Robert Mason, Lawrence Gintert, Mark Singleton, Vincent Hock, and Richard Lampo
Publication Date: 2008
$0.00
$20.00
$20.00
The corrosion of plumbing components, such as union joints, in the mechanical rooms at military facilities is a significant maintenance and cost issue. The union joints in the plumbing of many mechanical rooms – some in brand new facilities – can quickly exhibit significant damage due to the conditions that exist within these rooms. Heat and humidity can also result in condensate accumulating on the metal support brackets and under the cold water supply line insulation. Thus, in addition to the corrosion issue, there is the potential for organic growth under these conditions. This paper will describe efforts to identify, demonstrate, and validate technologies to protect, and therefore extend the life of, plumbing components in mechanical rooms at Fort Bragg, North Carolina. The feasibility of employing protective and/or insulating coatings, as well as improved ventilation and/or humidity reduction technologies, will be presented.
The corrosion of plumbing components, such as union joints, in the mechanical rooms at military facilities is a significant maintenance and cost issue. The union joints in the plumbing of many mechanical rooms – some in brand new facilities – can quickly exhibit significant damage due to the conditions that exist within these rooms. Heat and humidity can also result in condensate accumulating on the metal support brackets and under the cold water supply line insulation. Thus, in addition to the corrosion issue, there is the potential for organic growth under these conditions. This paper will describe efforts to identify, demonstrate, and validate technologies to protect, and therefore extend the life of, plumbing components in mechanical rooms at Fort Bragg, North Carolina. The feasibility of employing protective and/or insulating coatings, as well as improved ventilation and/or humidity reduction technologies, will be presented.
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