
Keys to Cathodic Protection in marine and deepwater environments
The design of the system depends on the coating, soil resistivity and type of structure to be protected.

The design of the system depends on the coating, soil resistivity and type of structure to be protected.

SCC compromises metallic structures by combining mechanical stress and corrosion, requiring environmental control and appropriate material selection.

Marine corrosion is enhanced by environmental conditions that alter the electrochemical behavior of metallic materials.

Insulating gaskets are essential to maintain electrical separation and prevent interference in cathodic protection systems.

In the constant battle against structural degradation induced by external corrosion, particularly in infrastructures operating in restricted access areas where inspections are difficult to perform, the…

Design of metal structures is established as a primary area, where advances not only determine efficiency and aesthetics, but also guarantee more resistant and durable structures.

Controlling corrosion with advanced technologies helps prevent structural failures, reduce costs and improve production efficiency.

Inspenet, September 17, 2023. Corrosion is a pervasive problem in industry, especially when it comes to materials used in aggressive environments. Among the most common corrosive…

New strategies seek to mitigate the effects of H₂S on oil exploration and production.

Nanotechnology applications allow the development of coatings that reduce corrosion rates and extend the life of metal structures.

Corrosion under insulation causes damage to equipment covered with insulating materials, caused by accumulated humidity, affecting several industries.

Organic compounds offer an effective option for mitigating metal corrosion with a lower environmental impact.