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Protective polymeric coatings containing active biocides are an approach to address material loss due to corrosion and fouling of steel surfaces. Tests were done on a hybrid epoxy-siliconized coating was synthesized and embedded with biocides.
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General effects caused when cavities and narrow channels/annuli are present in marine structures. A series of computer-based parameter studies is performed. Also, investigated are effects of geometry on current flowing through a hole in a plate.
The presence of solids with nutrients that can support the growth of microbial communities may lead to microbially influenced corrosion (MIC) in carbon steel pipelines. This paper examined the microbial diversity of sludges obtained from four (4) different locations of a crude oil transmission system.
Surveillance shows that 13Cr4Ni1Mo tubing material has been continuously exposed to H2S partial pressure above the threshold without reported failure. Discrepancy between laboratory test results and field experience, and practical interpretation are discussed.
A series of experiments was conducted to examine the repeatability of corrosion rates of various coupons, cleaning procedures prior to exposure inside a test chamber, and removal of corrosion byproducts after their exposure.
This paper provides an overview of the main properties of duplex stainless steels in terms of chemical composition, mechanical and physical properties. Then, the results of an extensive atmospheric field test program are reported,
A marine site and a semi-marine site in the UAE and a rural site in Saudi Arabia were selected in this study. The field test results compare the atmospheric corrosion resistance of eight different stainless steel grades
Chloride induced stress corrosion cracking (CISCC) is a significant problem. The objective of the work described in this paper was to further the understanding of atmospheric crack growth rate of stainless steel in a chloride-rich environment.
Achieving high performance with waterborne acrylic latex DTM coatings often requires a balancing act to be performed by both the polymer scientist designing the latex polymer and the coating scientist formulating the coating. A successful coating is defined by a set of critical properties while in the paint can, during application, and ultimately in its performance throughout its service life.
In some quarters of society there is a public outcry regarding the significant corrosion, coatings deterioration and safety concerns associated with North American bridges. Against this backdrop, this paper describes the application more than 20 years ago of an innovative coating system for the rehabilitation and lead abatement of a major truss bridge superstructure in Alberta, Canada.
Most effective and latest technology in corrosion prevention for protection of boiler systems, turbines, pumps, storage tanks, heat recovery steam generator systems, generators, and piping systems. Protection of the system is based on “temporary” corrosion inhibitors.
Black powder production is poorly understood. Steel specimens were systematically exposed to a range of CO2, H2S, and O2 partial pressures at differing water condensation rates. Hygroscopic material assisting black powder formation was also investigated.