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Applying a protective coating to metallic surfaces is the most effective method to mitigate corrosion damage. According to National Association of Corrosion Engineers (NACE)... (Read on)
A problem that civil engineers currently face is corrosion of the steel reinforcements commonly found in aging infrastructure. Recent research examines how corrosion affects the shear strength of construction materials such as reinforced concrete.
Discover the mechanical properties of metals used for construction materials and how corrosion influences the metal’s internal structure.
In this case study, oil and gas offshore facility operators confront the high cost and safety issues associated with retrieving corrosion monitoring and chemical injection equipment from their pipelines.
Electrical interference is a threat that accelerates corrosion in buried metallic structures such as pipelines, tanks and vessels. Interference sources include cathodic protection systems, DC traction, HVDC systems and welding machines.
Substandard tools are insufficient for monitoring and testing pipelines or other equipment in the refining and process industries. The right tool facilitates inserting and removing coupon holders, chemical atomizers, or injection and sample quills.
Metal corrosion is inevitable, but it can be monitored and measured with corrosion coupons. The right tool facilitates inserting and removing coupon holders.
When combined, fatigue and corrosion have an exponentially worse effect on the reliability and lifespan on marine offshore structures and assets. Learn how to prevent or mitigate corrosion fatigue in welded joints subjected to cyclic stress.
In this exclusive interview, three oil & gas industry corrosion experts discuss some of the key challenges in protecting subsea assets from corrosion, and the variety of methods and materials used to manage corrosion in such harsh environments.
A case study highlights the use of a peelable, resealable membrane technology to protect more than 500 flanges from severe weathering and galvanic corrosion at a gas supplier site in Oman.
Corrosion in welded joints is caused by a combination of manufacturing and metallurgical factors, including deficient weldment design, poor welding practice and residual stresses. Discover the best practices that minimize corrosion’s effect.
Discover the three-step process to stop corrosion in metal ships.
Geoff Binks has dedicated 50 years’ service to a major polymer coating and composite manufacturer. In this interview he discusses his vast experience in the coatings and maintenance sector.
Moisture causes insulation to lose its effectiveness. The author’s experiment reveals how a duplex system that combines an aerogel coating with mineral wool delivers superior performance even when wet.
After taking a closer look at the necessity for communication within the industry concerning equipment design and its impact on application and inspection, we will discuss other important factors to consider.
Protecting offshore structures from corrosion and abrasion damage is an ongoing and costly challenge for operators. A polyurea coatings manufacturer discusses application of long-term protection with rapid return to service.
Pitfalls often plague the success of coatings application projects, resulting in costly premature failures across numerous industries. We examine some solutions.
Impressed current cathodic protection (ICCP) is necessary when stray electrical currents threaten to corrode metal equipment. This video explains the whole process.
Most process vessels in the oil and gas industry are constructed from carbon steel, which corrodes under harsh chemical, heat and pressure environments. Choosing a fitting protective vessel lining system involves meeting several industry requirements.
Since the early 1900s, thin films have been explored for corrosion protection of metals. Through many decades of development, the thin films of today offer a range of unique characteristics for many types of industry applications.
Oil and gas process vessels are commonly subjected to aggressive chemicals and elevated levels of temperature and pressure. Those who manage these challenging assets must consider many factors in controlling internal corrosion.
In Part 2 of this series, nondestructive testing techniques for detection of corrosion under insulation are explained and compared.
This is the third article in the "Understanding the Impact of Soluble Salts in Corrosion" series. Here we offer a proven way to remove what is known and documented to be a leading cause of premature coating failures.
In petrochemical refineries, the majority of pipeline failures are due to three corrosion mechanisms. This article series discusses how to survey to determine corrosion under insulation (CUI) prone equipment and plan corrosion control inspections.
Corrosion of reinforcing steel in concrete is a worldwide problem that causes a range of economic, aesthetic and utilization issues. However, if corrosion effects are considered early in a project, structures can be designed to last.
Increasing surface roughness depth does not always ensure good coating adhesion. Here, we consider how adhesion ultimately depends on not only the energy that is used to create the contact, but also on the interaction existing in the contact interface.
In light of basic adhesion science, today’s surface profile measurement methods, standards and specifications have unique limitations in determining whether a proper surface profile has been achieved prior to coating.
Polyurea coatings expert, Kyle Flanagan, discusses new market developments, construction projects using polyurea systems, new standards and best practices in this exclusive interview with Corrosionpedia.
Companies use remote corrosion monitoring systems to prevent pipelines and other plant equipment from failing in the field. Discover where these systems are the most useful and the benefits they offer.
When selecting a tank liner, the number of options available can be nearly unmanageable. However, by considering some key points, the choices can be narrowed down considerably.
Coring is a defect in an alloy (e.g., a copper nickel alloy) that occurs when a heated alloy is cooled too fast for diffusion to occur. This causes the alloy to be Read more
Elution volume is the amount of elution or the volume of elution required to cause the elution process, which is the removal of materials that are absorbed with a Read more
Electrolytic corrosion of steel is a process to protect steel or iron from corrosion. In this process, clean, oxide-free iron or steel is immersed into molten zinc Read more
Faying surfaces failure is a situation in which the contacting surfaces or faces of two similar or dissimilar materials placed next to each other to form a joint Read more
Breaking strength is the ability of a material to withstand a pulling or tensile force. It is customarily measured in units of force per cross-sectional area. This Read moreView All
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