
API 651 and AMPP SP0193: The new era of cathodic protection
API 651 and AMPP SP0193 standards set the basis for advanced cathodic protection, reducing corrosion losses and improving the integrity of critical assets.

API 651 and AMPP SP0193 standards set the basis for advanced cathodic protection, reducing corrosion losses and improving the integrity of critical assets.

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…

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 choice of ferrous and non-ferrous metals for corrosive and marine environments is key to optimize design, maintenance and safety in industrial assets.

Remote monitoring of cathodic protection allows supervising systems without on-site inspection, detecting failures and optimizing the service life of metallic infrastructures.

Orientation for professionals on the AMPP CP program, explaining its levels (CP1 to CP4), benefits and technical training in corrosion control.

Against the limits of traditional methods, advanced cathodic protection with VCI represents an efficient solution for aggressive subway environments in the petrochemical industry.

The test stations allow monitoring of cathodic protection, avoiding infrastructure problems and reducing maintenance and repair costs.

Explaining the applications and benefits of zinc anodes in cathodic protection of metallic structures.

Anodic Protection as an effective alternative against corrosion in chemical environments vs. Cathodic Protection