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Aluminum alloys are widely used in engineering structures and components due to their light weight and excellent mechanical properties. However, the alloying elements which contribute to the good mechanical properties also make the alloy prone to localized corrosion. One of the most common and economic approaches to protect Al alloys from corrosion is to apply coatings as protective layers. For example, powder coatings and magnesium-rich primers (MgRP) are both widely used for the corrosion protection of Al alloys.
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Laboratory testing program on the tube materials of UNS N08028 and UNS N08029 in 91000 mg/L chloride 1000 psi CO2 2200 psi H2S at temperature from 150 °C and up to 220 °C by means of tensile constant load per NACE TM0177 and slow stain rate testing (SSRT) per NACE TM0198.
Common scenarios for underground corrosion at foundations of telecommunication towers are explained, and practical methods for corrosion risk assessment and corrosion risk mitigation are briefly reviewed.
Advances in precision, fully-digital ultrasonic wall-thickness measurement systems with cellular data back-haul enable accurate, deployable, and cost-effective corrosion monitoring systems. Comparisons are presented. This paper includes design principles of this next-generation platform, end-user input, and recent installation and operational experiences.
Comparisons with improved data accuracy of installed sensors in lieu of larger quantities of manual spot data are presented. This paper will include the design principles used in the creation of this next-generation platform, end-user input used to refine the design, and recent installation and operational experiences.
A model is developed to simulate electrolytic coupling between the carrier and casing pipe in a cased crossing, and to estimate diversion of the cathodic protection current from the rest of the pipeline for a given set of conditions.
A laboratory study was performed by exposing seven candidate heat exchanger alloys to simulated 2 (sCO2) Brayton power cycles. The alloys, consisting of fineirtriaitilcly s 3te.6e%ls ,O austenitic stainless steels, and nickel-base alloys, were exposed to impure CO2 containing 2 and 5.3% H2O at a constant pressure of 200 bar.
Several hundred wireless wall-thickness monitoring sensors were installed in crude and vacuum distillation units. This enables capability to determine the corrosion risk associated with different crudes long before any undesirable consequences of corrosion events occur.
Use of nanotechnological methods for all types of coatings has become increasingly important. This paper aims to give an exemplified overview on the different ways of using nanoparticles in protective coatings with a special focus on materials for light weight constructions.
Acceptable “industry standard” for dissolving a silicate deposit is hydrofluoric acid. Here, we introduce a safer, more environmentallyfriendly el method for dissolving silicate scales and present a case study for its application in industry.
The corrosion process of carbon steel in the presence of silica sand deposit in chloride-containing solution at 30 °C was monitored by use of electrochemical noise (EN). Results demonstrated that electrochemical noise with recurrence quantification analysis is useful for monitoring localized under deposit corrosion.
Results of the stress corrosion cracking tests showed that wrought UNS S31803 was not resistant to environmentally-induced cracking or corrosion in the test environment. A difference in surface finish did not have a significant effect.