PRINCIPLES OF CARODIC PROTECTION AND INHIBITORS
Description
Corrosion is in the form of a pair of corroded metals in an electrolyte solution where the metal is anodic where metal oxidation reactions occur, while on the other hand it is cathodic where redoxy occurs. Electrolytic protection is a method of controlling steel corrosion in an electrolytic environment by treating the metal as a cathode. An inhibitor is a chemical substance which, when added to an environment, can reduce the rate of attack by the environment's cholesterol against a metal.
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Cathodic protection is an electrical method that is used to prevent corrosion of metal structures that are in a cosmic environment in the form of an electrolytic such as soil or water. There are two basic methods for corrosion control and cathodic protection, one way here is to use the current that results from the electrochemical joining of two different metals, this method is known as the sacrificial anode method. Another method of cathodic protection involves using a direct current or DC (Direct Current) source from outside the system known as the forced current method (Impressed Current Cathodic Protection System).