Integrated Global Services Inc.

Introduction Flow-accelerated corrosion (FAC) is critical in nuclear power plants, particularly within Moisture Separator Reheater (MSR) components. MSR internals, including moisture separator drains and reheater tubes, are constantly exposed to high-velocity, high-temperature steam laden with moisture and aggressive impurities. This environment creates a perfect storm for FAC, leading to rapid material degradation, compromised component integrity, […]

Overhead Corrosion in Refineries Corrosion in the overhead section of pressure vessels, known as overhead corrosion, is a significant challenge the energy industry faces. This type of corrosion can occur in both primary units, such as crude distillation units (CDU) and vacuum distillation units (VDU), as well as secondary units like absorbers, fractionators and strippers. […]

    More corrosion and erosion management articles from Integrated Global Services: CO₂ Corrosion Prevention and Control in Oil and Gas Production How to Prevent Microbially Influenced Corrosion (MIC) with On-Site Alloy Upgrade Why is High Emissivity Coating Durability Important in Fired Heaters? Strategies for Preventing Internal Pipeline Corrosion in the Energy Industry Flue Gas […]

Protecting Hydropower Turbines with IGS High Velocity Thermal Spray (HVTS) Hydropower turbines are prone to corrosion, erosion, and cavitation, which result in metal wastage, reduced efficiency, and costly downtime. IGS provides cutting-edge High Velocity Thermal Spray (HVTS) solutions to protect essential hydropower assets, including: Kaplan turbines Francis turbines Pelton turbines Guiding vanes Penstocks The Science […]

High-emissivity coatings have played a critical role in space exploration for decades. They can be used in high-temperature rocket nozzles and control surfaces. The coating demonstrates high emittance above 80% or better at broad wavelengths within the infrared spectrum. It has been shown to have an extremely stable emittance at lower wavelengths within the infrared […]

Introduction to Organic Coatings in Pressure Vessels An analysis of risk, integrity and failure Process industries often use organic coatings to safeguard the internal surfaces of pressure vessels. These coatings, while effective in protecting against corrosion, can suffer significant damage if the underlying surface or vessel conditions are not meticulously prepared. In this blog post, […]