Corrosion Control

Definition - What does Corrosion Control mean?

Corrosion control refers to measures that are implemented in various fields to control corrosion in:

  • Soil
  • Metal
  • Concrete
  • Water
  • Sand
  • Masonry

This consists of different corrosion monitoring and control techniques that can be utilized by industries to solve corrosion problems according to their requirements. With such measures in place, the harmful effects and negative consequences of corrosion can be avoided.

Corrosionpedia explains Corrosion Control

Corrosion can lead to countless environmental issues. For example, ships, tankers and pipelines are often subject to the dangerous effects of corrosion. Corroded water systems can contaminate drinking water. These serve as threats to the environment and mankind, so effective corrosion control methods should be implemented to prevent the damaging effects of corrosion. Corrosion can be controlled in several ways:

  • Cathodic protection (CP) - This technology utilizes direct current to counteract a metal structure's corrosion in structures such as gas pipelines and storage tanks. This helps prevent the onset of corrosion and even stop it from worsening.
  • Linings and coatings - These serve as the main tools for fighting corrosion. They are usually applied in combination with CP to achieve the highest level and most cost-effective corrosion protection.
  • Corrosion inhibitors - These are substances that, when placed in a certain environment, reduce the corrosion rate of that environment for certain materials such as metal. These can be beneficial in extending the lifespan of equipment and preventing failures and system shutdowns. Corrosion inhibitors can also prevent heat transfer loss and contamination, and preserve the aesthetic appearance of the structures.
  • Selection of materials - This refers to choosing materials that are corrosion resistant, such as special alloys, plastic and stainless steel.
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