Wind turbines are essential in the transition to renewable energies, highlighting the need to maximize their durability.
Digital tools enable real-time monitoring, failure prediction, and optimized corrosion control strategies for industrial sectors.
Author: Ing. Mayuly Rodriguez, March 9, 2024.
Atmospheric corrosion does not depend exclusively on the affected asset, since it develops under the influence of corrosive factors or agents present in the atmosphere. These factors are humidity, ambient temperature, wind, salinity, acid gases, suspended particles, among others.
Graphene coatings significantly reduce corrosion in metallic structures, extending their useful life.
Caustic cracking compromises the integrity of steel; its prevention requires control of materials and operating conditions.
The AMPP Conference + Expo is an essential platform for presenting technological advances, sharing knowledge and strengthening the professional community.
Wet H2S corrosion damage impacts the oil industry, detailing causes and mitigation measures.
Author: Ing. Mario Toyo, February 17, 2024.
Subsea pipelines are systems that are fully or partially submerged in water and are of critical importance in the global energy industry by facilitating the transportation of crude oil and its derivatives through marine terminals. Maintaining its integrity is essential to ensure a safe and reliable energy supply.
CO₂ corrosion in hydrocarbon pipelines can be controlled by selecting specific inhibitory materials and techniques.
Addressing Corrosion Under Insulation in oil and energy requires a Risk Based Assessment (RBI) for effective management strategies.
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