ANVILFIELD Try FieldOS

Readiness check

Is your cathodic protection actually protecting the structure?

Cathodic protection fails quietly. A rectifier can hum along for years while the structure corrodes because nobody proved it met the criterion, the coating was bad, or a survey was never run. Answer for how the system is actually set up and monitored. This is general guidance, not engineering direction; confirm with a corrosion engineer and NACE/AMPP. The score stays on your device; enter an email only if you want the CP readiness checklist sent over.

1. Is the structure well coated, with CP sized to protect the holidays rather than bare steel?
2. Is the right system in place (galvanic for small or well-coated, impressed current for large or bare)?
3. Do you prove protection against the potential criterion (the -850 mV or 100 mV shift)?
4. Do you measure structure-to-soil potential with a reference electrode at test stations?
5. Do you guard against over-protection (hydrogen, disbondment) rather than just cranking current up?
6. Do you check for stray-current interference on nearby foreign structures?
7. Are rectifier readings and annual potential surveys logged on schedule?
8. Are anodes sized for the design life and replaced before they are consumed?