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Potential Measurements, How To Effectively Monitor The ‘Health’ Of Your Cathodic Protection System

Potential Measurements, How to Effectively Monitor the ‘Health’ of your Cathodic Protection System
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Potential measurements are often referred to as the ‘language’ of corrosion.  They are the most fundamental process in the field of corrosion control.  The purpose of potential measurements is to obtain a general idea of the ‘health’ of the cathodic protection system. 

Product Number: 51322-18042-SG
Author: Eric S. Langelund
Publication Date: 2022
Industries: Corrosion Monitoring and Control , Coatings
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Structure-to-electrolyte potential measurements are the most fundamental process in the field of corrosion control.  The purpose of a potential measurement is to obtain a general idea of the ‘health’ of the cathodic protection system.  Potential measurements are often referred to as the ‘language’ of corrosion.

Some companies call it taking a read or measuring a key point, but in the end we are all performing the same type of testing.  Many of us perform this activity year after year without acknowledging all of the very import factors involved to complete the work effectively.  A well-maintained cathodic protection system requires reliable testing in order to verify its status. 

Structure-to-electrolyte potential measurements are the most fundamental process in the field of corrosion control.  The purpose of a potential measurement is to obtain a general idea of the ‘health’ of the cathodic protection system.  Potential measurements are often referred to as the ‘language’ of corrosion.

Some companies call it taking a read or measuring a key point, but in the end we are all performing the same type of testing.  Many of us perform this activity year after year without acknowledging all of the very import factors involved to complete the work effectively.  A well-maintained cathodic protection system requires reliable testing in order to verify its status. 

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