AC interference induced by high-voltage power lines compromises the safety and integrity of cathodically protected pipelines. The use of decouplers allows AC to be drained, DC…
The combination of pH variations, dissolved gases, and microbiological activity in cooling systems generates corrosion and deposits that affect mechanical integrity and thermal efficiency.
High-resolution ER probes provide continuous corrosion data accurately and without operational interruptions, facilitating timely decisions.
Sacrificial anodes are metal components designed to corrode in a controlled manner, transferring protective current to the cathodic structure and preserving its integrity against electrochemical corrosion…
Innovations in cathodic protection are redefining corrosion prevention with more efficient and sustainable systems.
Corrosion at liquid product port terminals is a critical risk that affects the safety and operability of docks and metal structures.
Atmospheric corrosion in oil pipelines, gas pipelines, tanks, and offshore platforms is a persistent problem that causes considerable economic losses and operational risks in the energy…
The history of metals reveals their essential role in human evolution, from copper to steel, transforming culture, economy and technology.
Metal corrosion has been studied since the earliest empirical observations up to modern electrochemical theories.
Understanding the types of corrosion is key to industrial asset management, as it helps prevent critical failures, optimize maintenance and reduce operating costs.
Corten steel combines alloy elements that form a passive protective layer, ensuring resistance to atmospheric corrosion in exposed applications.
The choice between epoxy and polyurea in harsh industrial environments is key to ensuring the durability and strength of critical assets.
