Corrosion of buried steel can be managed through one or some combination of the following four approaches: (1) the service life of the steel can be increased with additional steel incorporated into ...

Mechanism of cathodic protection of iron or carbon steel. Schematic representation of cathodic protection mechanism (a) before the application of CP, (b) in the first instants of CP application, (c) ...

The design of sacrificial cathodic protection (CP) systems conventionally involves steady-state assumptions, which means design parameters are considered constant during the in-service life of CP ...

As the supply source for operations in power generating plants, water intake structures serve an important function. These structures usually are elevated deck structures spanning the water source or ...

Steel corrosion in saltwater costs over $2.5 trillion annually. This review highlights advancements in zinc and polymer-based coatings for marine protection. It covers traditional methods and emerging ...

Power plants depend on hundreds of valves and many different pumps to carry out operations 24/7. Good maintenance procedures—including routine tasks and predictive maintenance—are critical to keeping ...

Various methods are available to protect steel from corrosion. One of the most elegant of these is the use of zinc. Zinc lies below steel in the galvanic series and therefore will corrode ...

While traditional methods like painting and hot-dip galvanization have been widely adopted, the persistent pursuit of innovation has driven the development of advanced surface treatment technologies.

Learn how steel systems and coatings enhance architectural durability, reducing maintenance and preserving design integrity.

Corrosion of steel is not complicated and is theoretically predictable at the electrochemical level if the steel and the environment in which the steel is placed are understood. However, at any scale ...