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The author previously introduced a method to evaluate protective coatings using a novel segmented cell approach. (1) Briefly, the technique intended to monitor natural current exchange between isolated segments, coated or uncoated, to supplement visual rankings of coating performance. The goal was to predict failure earlier than might otherwise be visible or to distinguish between coatings that had a similar visual appearance at the end of the proscribed test period. The experimental design also allowed for the instrumented segments, which act as sensors, to be prepared and coated as intended for a real-world industrial exposure, i.e., the metallic surfaces could be abrasive blasted and painted unlike thin-film, foil-like sensors also explored for similar purposes.
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In the UK a huge effort was made in the mid to late 2000’s to minimize carbon emissions and the country had seen a rapid increase in wind-turbine generators being installed onshore and increasingly in offshore waters, nearly 2000 were operating in September 2018 and many more are expected in the coming decades. 1 One operator took the challenge to install a number of wind-turbines in the southern sector of the North Sea, just off the coast of south east England. These wind-turbines are constructed using the monopile foundation type principle.
This paper investigates a key concern with Ultra High Pressure Waterjetting (UHPWJ) surface preparation – the impact of “flash rusting” on coating life. Flash rusting can occur under certain environmental conditions when the steel is left sufficiently wet following UHPWJ. Reducing or eliminating flash rusting can increase the cost of surface preparation. However, flash rust’s impact on coating life is debated.
Reports the corrosion performance of damaged thermally sprayed aluminium in a simulated deep sea environment. Detailed microstructural characterisation of the calcareous deposit confirmed the formation of protective Mg-based layers.
This paper discusses the corrosion mitigation strategy for protecting the submerged sections of a monopile wind turbine structure off the east coast of England in UK waters.
Thus to establish the precision of ISO 20340 Annex A six laboratories participated in a round-robin evaluation of ISO 20340 annex A test method for the first time. The aim was to estimate the repeatability and the reproducibility of this test.
Control of corrosion on steel, fixed offshore platforms and oil & gas handling equipment associated with petroleum production. Submerged, splash, and atmospheric zones. Historical Document 1983
海上钢质固定石油生产构筑物腐蚀控制的推荐做法
DOWNLOADABLE HISTORICAL DOCUMENT. Corrosion control in the submerged zone, the splash zone, and the atmospheric zone of fixed offshore structures associated with petroleum production.
Control of corrosion on steel, fixed offshore platforms and oil & gas handling equipment associated with petroleum production. Submerged, splash, and atmospheric zones. Historical Document 1994
Minimum physical quality and inspection standards for cast sacrificial anodes for offshore applications. Applicable to the majority of anodes used on fixed offshore structures. Historical Document 1990
This paper will present two case studies of pre-mature failure of process equipment in seawater service which will illustrate the influence of metallurgical structure on the service performance of Nickel-Aluminum Bronze in marine environments.
Corrosion protection for offshore structures: Fixed-leg platforms, tension-leg platforms (TLPs), semisubmersibles, spar platforms, and floating production storage and offloading vessels (FPSOs).