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51318-11617-VCI Installation Considerations At Military Facilities

Picture for 51318-11617-VCI Installation Considerations At Military Facilities
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Vapor corrosion inhibitor installation for cased crossing and aboveground storage tank bottoms at military facilities. Safety, testing, documentation and lessons learned. Also, NEC requirements where applicable.

Product Number: 51318-11617-SG
Author: Eric S. Langelund
Publication Date: 2018
Industry: Pipelines, Tanks, and Underground Systems
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$20.00
$20.00

What does it take to prepare a structure for vapor corrosion inhibitor (VCI) installation? What tasks are required to ensure that an effective amount of inhibitor is being maintained? What are some of the methods utilized to prolong the effective life of VCI’s?

With new pipelines/aboveground storage tanks being built and existing pipelines/aboveground storage tanks aging, cased crossings and tank bottoms are ideal applications for VCI’s. Military facilities are beginning to utilize these products. Safety, coordination, troubleshooting, various testing methods and construction practices are some of major parts associated with proper VCI installation. As corrosion engineers we must work in all of these areas to ensure that VCI’s can be utilized to their full capacity.

This paper discusses the many concerns related to VCI installation for cased crossing and aboveground storage tank bottoms at military facilities. Including safety, testing, documentation and lessons learned. Also addressed are NEC requirements where applicable. The topics discussed are practical and the lessons learned are first-hand accounts. The purpose of this paper is to share what has been learned and some of the company policies that have been taken from many years of pipeline and tank farm operation at military facilities.

 Key words: vapor corrosion inhibitor, VCI, cased crossing, aboveground storage tank bottom

What does it take to prepare a structure for vapor corrosion inhibitor (VCI) installation? What tasks are required to ensure that an effective amount of inhibitor is being maintained? What are some of the methods utilized to prolong the effective life of VCI’s?

With new pipelines/aboveground storage tanks being built and existing pipelines/aboveground storage tanks aging, cased crossings and tank bottoms are ideal applications for VCI’s. Military facilities are beginning to utilize these products. Safety, coordination, troubleshooting, various testing methods and construction practices are some of major parts associated with proper VCI installation. As corrosion engineers we must work in all of these areas to ensure that VCI’s can be utilized to their full capacity.

This paper discusses the many concerns related to VCI installation for cased crossing and aboveground storage tank bottoms at military facilities. Including safety, testing, documentation and lessons learned. Also addressed are NEC requirements where applicable. The topics discussed are practical and the lessons learned are first-hand accounts. The purpose of this paper is to share what has been learned and some of the company policies that have been taken from many years of pipeline and tank farm operation at military facilities.

 Key words: vapor corrosion inhibitor, VCI, cased crossing, aboveground storage tank bottom

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51318-11567-Methodologies to Evaluate Compatibility between Cathodic Protection and Vapor Corrosion Inhibitors for Tank Bottom Applications

Product Number: 51318-11567-SG
Author: Sujay Math / Pavan K. Shukla
Publication Date: 2018
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Compatibility between vapor corrosion inhibitors (VCI) and cathodic protection (CP) for the tank bottom application. Guidelines presented for selecting an effective corrosion mitigation strategy for combined VCI and CP systems.
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51318-10992-AST Corrosion Control and Monitoring with VCI Applications

Product Number: 51318-10992-SG
Author: James A. Ellor P.E. / Elisabeth Kuespert
Publication Date: 2018
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Conclusions: (1) vapor corrosion inhibitors (VCIs) can control corrosion on steel materials in contact with AST tank bottom backfill. (2) Efficiency of VCIs is affected by salt contamination or impurities in the backfill. (3) Corrosion of small areas of steel are not indicative of corrosion AST tank bottoms. (4) A path forward.
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51318-11540-Experience from ER Probes and Coupons from Under Tank Applications of VCI

Product Number: 51318-11540-SG
Author: Conor Madden / Kelly Baker
Publication Date: 2018
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Corrosion control systems for the underside steel plates of above-ground storage tanks (ASTs) may not provide adequate protection. Volatile Corrosion Inhibitors (VCIs) reduce corrosion in this area and their effectiveness is presented in this paper.

 
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