DC stray currents may cause severe corrosion on buried carbon steel pipelines even if in cathodic protection. According to international standard anodic interference is unacceptable if the IR-free potential is more positive than the protection potential (−0.85 V CSE). But, duration and magnitude of the anodic peak is not defined. The criterion appears to be too restrictive if short periods of anodic interference are established. This paper deals with the study of the effects of anodic interference on carbon steel in cathodic protection in soil-simulating environment in the presence of DC interference at varying peak current density and duration
Cathodic protection (CP) failure due to excursions from safe CP levels is a challenge for the protec...
Corrosion of buried pipelines caused by stray currents is becoming a serious industrial and environm...
Excursion of cathodic protection (CP) potential from the designed "safe" CP level resultin...
DC stray currents may cause severe corrosion on buried carbon steel pipelines even if in cathodic pr...
DC stray currents may induce corrosion on buried carbon steel pipelines transporting methane even if...
In this work, new experimental approaches have been employed to overcome conventional technological ...
Carbon steel pipelines are provided with corrosion prevention systems, namely an insulating coating ...
electrical interference signals on CP and steel corrosion using newly designed electrochemical corro...
Carbon steel in aerated soil operates in cathodic protection (CP) condition if the IR-free potential...
To assess cathodic protection criteria in the presence of alternating current (AC) interference, wei...
Cathodic protection (CP), in combination with an insulating coating, is a preventative system to con...
Cathodic protection (CP) failure due to excursions from safe CP levels is a challenge for the protec...
Corrosion of buried pipelines caused by stray currents is becoming a serious industrial and environm...
Excursion of cathodic protection (CP) potential from the designed "safe" CP level resultin...
DC stray currents may cause severe corrosion on buried carbon steel pipelines even if in cathodic pr...
DC stray currents may induce corrosion on buried carbon steel pipelines transporting methane even if...
In this work, new experimental approaches have been employed to overcome conventional technological ...
Carbon steel pipelines are provided with corrosion prevention systems, namely an insulating coating ...
electrical interference signals on CP and steel corrosion using newly designed electrochemical corro...
Carbon steel in aerated soil operates in cathodic protection (CP) condition if the IR-free potential...
To assess cathodic protection criteria in the presence of alternating current (AC) interference, wei...
Cathodic protection (CP), in combination with an insulating coating, is a preventative system to con...
Cathodic protection (CP) failure due to excursions from safe CP levels is a challenge for the protec...
Corrosion of buried pipelines caused by stray currents is becoming a serious industrial and environm...
Excursion of cathodic protection (CP) potential from the designed "safe" CP level resultin...