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08024 Coating Strategy for Fuel Storage and Energy Facilities in Mexico

Picture for 08024 Coating Strategy for Fuel Storage and Energy Facilities in Mexico
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Product Number: 51300-08024-SG
ISBN: 08024 2008 CP
Author: Lorenzo Martinez DeLa Escalera, Jose Padilla, Marcela Paredes, and Juan Genesca
Publication Date: 2008
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$20.00
$20.00
We report results of one-year field experience in monitoring atmospheric corrosion and developing field work of corrosion damages to assess the performance of the coatings that are currently 1 Paper No. 08024 used for the protection of tanks and structures in an industrial facility and four jet fuel storage stations. For this work, we selected sites located at representative climatic conditions of the Mexican territory. The sites included the industrial port of Altamira and the City of Villahermosa, near the coast of the north and southeast Gulf of Mexico, respectively; the city of Tapachula at the coast of the Pacific Ocean; and the inland cities of Mexicali, an extreme hot, dry and sunny location, and Guadalajara, a humid tempered city. Atmospheric conditions at the Gulf of Mexico were found to be very corrosive due to humidity, salinity and chemicals from industrial activity. An analysis of the coating systems and surface preparation that are currently used, as well as of historic records of the plant equipments revealed opportunities to improve the coating systems performance in the future.
We report results of one-year field experience in monitoring atmospheric corrosion and developing field work of corrosion damages to assess the performance of the coatings that are currently 1 Paper No. 08024 used for the protection of tanks and structures in an industrial facility and four jet fuel storage stations. For this work, we selected sites located at representative climatic conditions of the Mexican territory. The sites included the industrial port of Altamira and the City of Villahermosa, near the coast of the north and southeast Gulf of Mexico, respectively; the city of Tapachula at the coast of the Pacific Ocean; and the inland cities of Mexicali, an extreme hot, dry and sunny location, and Guadalajara, a humid tempered city. Atmospheric conditions at the Gulf of Mexico were found to be very corrosive due to humidity, salinity and chemicals from industrial activity. An analysis of the coating systems and surface preparation that are currently used, as well as of historic records of the plant equipments revealed opportunities to improve the coating systems performance in the future.
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Picture for 08025 Adhesion and Corrosion Perfromance of Nanostructured Nickel and Cobalt-Based Coatings
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08025 Adhesion and Corrosion Perfromance of Nanostructured Nickel and Cobalt-Based Coatings

Product Number: 51300-08025-SG
ISBN: 08025 2008 CP
Author: Abdelmounam M. Sherik, AbdulJalil H. Rasheed, Hassan A. Ajwad, Ali Jabran, and Roman G. Ortiguerra
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08019 Measurement of Leachable Chloride Content from Coatings Applied to Stainless Steel

Product Number: 51300-08019-SG
ISBN: 08019 2008 CP
Author: David Waddell
Publication Date: 2008
$20.00

Users are now beginning to specify low amounts (typically <30ppm) of free chloride in the coatings to be applied to stainless steel.This paper details the development of a method that clearly identifies a reproducible level of leachable chloride present in coatings.
Picture for 08004 Non-Destructive Determination of Rust Creep
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08004 Non-Destructive Determination of Rust Creep

Product Number: 51300-08004-SG
ISBN: 08004 2008 CP
Author: Claus E. Weinell and Soeren Nyborg Rasmussen
Publication Date: 2008
$20.00

Modern high performance paint systems are so durable that when exposed to natural weathering they may show only slight signs of deterioration.   This means that new coatings being marketed have limited track records. Which creates an  increased reliance on accelerated laboratory testing to evaluate performance.
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