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51318-11091-Nanostructured corrosion sensing coatings for aeronautical applications

Picture for Nanostructured corrosion sensing coatings for aeronautical applications
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We focused on the compatibility between nanocontainers and coating formulations. The results embody a new generation of coatings with sensing ability, and have implications for self-healing and anti-fouling coatings as well.

 

Product Number: 51318-11091-SG
Author: T.L.P. Galvao / I. Sousa / M. Wilhelm / J. Opršal / H. Kukačkova / V. Špaček /
Publication Date: 2018
Industry: Science of Corrosion
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$20.00
$20.00

It is critical for the aeronautical industry that the next generation of smart coatings allows the early detection and continuous monitoring of corrosion. Once corrosion is detected, preventive actions can be taken in order to mitigate its costs. Our strategy relies on functional coatings capable of detecting metallic corrosion early on. After appropriate selection of sensing compounds and subsequent loading into nanostructured materials [2], these are incorporated into coating formulations giving them corrosion sensing functionality. Based on this concept we focused on the compatibility between nanocontainers and coating formulations. Thus, a new sensing coating was investigated using immersion and salt-spray tests, release and leaching studies, viscoelastic properties, curing, thermal stability, hardness, mechanical properties and corrosion resistance. The results embody a new generation of coatings with sensing ability, and have implications for self-healing and anti-fouling coatings as well.

 

Key words: Corrosion, sensors, coatings, pH indicator molecules, silica nanocapsules, controlled release.

It is critical for the aeronautical industry that the next generation of smart coatings allows the early detection and continuous monitoring of corrosion. Once corrosion is detected, preventive actions can be taken in order to mitigate its costs. Our strategy relies on functional coatings capable of detecting metallic corrosion early on. After appropriate selection of sensing compounds and subsequent loading into nanostructured materials [2], these are incorporated into coating formulations giving them corrosion sensing functionality. Based on this concept we focused on the compatibility between nanocontainers and coating formulations. Thus, a new sensing coating was investigated using immersion and salt-spray tests, release and leaching studies, viscoelastic properties, curing, thermal stability, hardness, mechanical properties and corrosion resistance. The results embody a new generation of coatings with sensing ability, and have implications for self-healing and anti-fouling coatings as well.

 

Key words: Corrosion, sensors, coatings, pH indicator molecules, silica nanocapsules, controlled release.

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51318-11090-The effect of corrosion product formation mode on the early stage of sour corrosion behavior on pipeline steel

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In this paper, the scaling mode at the early stage of carbon steel exposed to H2S environments with short exposure time were investigated. Corrosion exposure tests and linear polarization resistance (LPR) techniques were performed.
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51318-11084-The Application Limitation Boundary of Duplex Stainless Steel under Sour Condition in Oil Fields

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Author: Ziru Zhang / Zhu Wang / Junpeng Xue / Lei Zhang / Xian Tang / Minxu Lu
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51318-11085-Comparison of corrosion behaviour of X65 steels in water-containing supercritical CO2 environments with NO2/O2

Product Number: 51318-11085-SG
Author: Yong Hua / Richard Barker / Anne Neville
Publication Date: 2018
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 Corrosion experiments on X65 carbon steel in water-saturated supercritical CO2 (SC-CO2) and under-saturated SC-CO2 conditions at 80 bar and 35°C in the absence and presence of various combinations of NO2 and O2 ranging from 0-100 ppm and 0-1000 ppm, respectively.

 
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