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Florida Department of Transportation Metalizing Existing Bridge Structures: A Case Study

Florida Department of Transportation Metalizing Existing Bridge Structures: A Case Study
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Product Number: 41214-852-SG
Author: Don Buwalda, Greg Richards
Publication Date: 2014
Industries: Highways & Bridges , Coatings , Corrosion Monitoring and Control
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SR 292 Over Perdido Keys – Challenges to Field Metalizing of Steel Superstructure
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SR 292 Over Perdido Keys – Challenges to Field Metalizing of Steel Superstructure

Product Number: 51218-143-SG
Author: Greg Richards, Chris Sasher
Publication Date: 2018
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The Florida Department of Transportation (FDOT) undertook recoating of the superstructure steel components of the SR 292 high-level bridge over the Intracoastal Water Way (ICWW) in Perdido Key, Florida, which carries one lane of traffic in each direction and is the only connection between Perdido Key and the mainland. Due to the significant impact to businesses and the public, including tourists, from any proposed lane closures, FDOT looked for other means to address the deteriorating paint system, provide for a longer service life, and complete the work without any lane closures on the bridge. 
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Mitigation of Arcing Risks to Pipelines Due to Faults at Adjacent Powerline Structures

Product Number: 51314-4389-SG
ISBN: 4389 2014 CP
Author: Bryon Winget
Publication Date: 2014
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This paper discusses how to determine the “safe” separation distance that is required  for transmission powerline tower and  an adjacent pipeline to avoid an arc from the former to the latter - based on research literature and standards. Mitigation.
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Microbiological Influenced Corrosion (MIC) in Florida Marine Environment

Product Number: 51317--9536-SG
ISBN: 9536 2017 CP
Author: Mayrén Echeverría Boan
Publication Date: 2017
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A preliminary research to identify the possible susceptibility of a case study marine bridge infrastructure to MIC is the main objective. This will be supported by determining the bacteria, nutrient levels, environmental conditions and other factors that could support MIC.

 
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