The historical and scientific evolution of metal corrosion
Metal corrosion has been studied since the earliest empirical observations up to modern electrochemical theories.
Corrosion is an electrochemical process that degrades metallic materials and affects the performance of equipment and structures in the energy industry. Understanding its mechanisms, kinetics, and environmental variables is essential for material selection and designing mitigation measures.
This field integrates chemistry, metallurgy, mechanical integrity, and operations. Globally, corrosion generates significant costs and operational risks, driving technologies such as monitoring, coatings, inhibitors, and alloy selection in the U.S., Europe, and LATAM.
Main topics
This section gathers technical content for professionals requiring a comprehensive view of material degradation and performance.
Key topics include:
- Corrosion mechanisms (uniform, localized, MIC, SCC)
- Material selection and applied metallurgy
- Coatings, inhibitors, and cathodic protection
- Integrity and remaining life assessment
- Corrosion monitoring
- NACE/AMPP, API, and ISO standards
- Alloy performance in severe environments
Corrosion represents one of the major technical and economic challenges in the energy sector. Its complex behavior and dependence on operational conditions require specialized knowledge.
Explore our content
Types of corrosion: technical classification and predictive monitoring
Understanding the types of corrosion is key to industrial asset management, as it helps prevent critical failures, optimize maintenance and reduce operating costs.
Anticorrosive performance of Corten steel
Corten steel combines alloy elements that form a passive protective layer, ensuring resistance to atmospheric corrosion in exposed applications.
Epoxy vs polyurea: Best choice for harsh industrial environments
The choice between epoxy and polyurea in harsh industrial environments is key to ensuring the durability and strength of critical assets.
Surface coating process for metal integrity
The process of coating metal surfaces, aimed at protecting their integrity and durability, is carried out in four stages: preparation, application, curing, and technical…
Stress corrosion cracking in 316 stainless steel welds
This topic discusses the vulnerability of welded 316 stainless steel joints to Stress Corrosion, analyzing how microstructural heterogeneity, residual stresses, and thermal sensitization affect…
Passive protection in harsh environments against external corrosion
Discover with Inspenet how to protect critical infrastructures exposed to humidity, salinity and aggressive soils. Real applications and reliable solutions.
Corrosion in ferrous and non-ferrous metals: A comparative analysis
The choice of ferrous and non-ferrous metals for corrosive and marine environments is key to optimize design, maintenance and safety in industrial assets.
Inclusions and their impact on the corrosion of chromium alloys
Inclusions affect the corrosion resistance of chromium alloys in industrial applications.
Corrosion under insulation: advances in protective coatings
Protective coatings are necessary against corrosion under insulation (CUI), ensuring the integrity and operational safety of industrial equipment.