Corrosion Basics: Cathodic Protection in Fixed Seawater Structures
An introduction to sacrificial galvanic and impressed current cathodic protection (CP) systems for mitigating corrosion in fixed seawater structures.
An introduction to sacrificial galvanic and impressed current cathodic protection (CP) systems for mitigating corrosion in fixed seawater structures.
Questions to ask to determine if your organization needs to tie its sustainability goals to corrosion management.
More than one bacterial family can cause microbiologically induced corrosion (MIC) in shale fracking wells; its key to know which microbes are doing damage.
Surface prep, application, and use of polyurea coatings for reducing costs for structures in marine environments.
Time, efficiency, and safety are just some of the benefits discussed of using drones to measure coating thickness.
In this post, see how the Navy saved money training ship’s sailors to apply new coating product that performed better than traditional silicone alkyds.
Coatings inside water tanks require complex chemistry to protect the tank and ensure potable water storage safety. This post explains how it is achieved.
Marine corrosion protection: case study shows how cathodic protection protected bridge’s piles from corrosion and extend service life beyond 25-year estimate.
NACE International identifies the three foundational building blocks needed for institutionalizing a corrosion management plan.
In this podcast from Materials Performance, learn the reasons behind the growing concerns of microbiologically induced corrosion, now a critical issue in the energy industry.