Rate of Electrical Current Flow Through the Corrosion Cell

The presence of an electrolyte and a solution between two metals or electrodes is required for galvanic corrosion to occur. Some limitations of the calculation are non-customizable size and type of the electrode and resistivity of the solution.

PTLB Corrosion 2.3 Intro Image.png
𝐼 − Rate of electrical current flow through the corrosion cell (amps)
𝐸𝑐 − Potential of the cathode with respect to a reference electrode(V)
𝐸𝑎 − Potential of the anode with respect to the same reference electrode,V.
𝑅𝑡 −Total resistance to electrical current dlow through cell(ohms)

Input Parameters

To create a new case, click the “Add Case” button
Select the Rate of Electrical Current Flow Through the Corrosion Cell application from the Pipeline Corrosion list.
Enter Case Name, Location, Date and any necessary notes.
Fill out all required fields.
Make sure the values you are inputting are in the correct units.
Click the CALCULATE button.

Potential of the Cathode with Respect to a Reference Electrode(V)
Potential of the Anode with Respect to the same Reference Electrode(V)
Total Resistance to Electrical Current Flow through the Cell(ohm).

PLTB Corrosion GasLiquid_2.3 Input Rev 091420.png

Outputs/Reports

View the results.
If an input parameter needs to be edited be sure to hit the CALCULATE button after the change.
To SAVE, fill out all required case details then click the SAVE button.
To rename an existing file, click the SAVE As button. Provide all case info then click SAVE.
To generate a REPORT, click the REPORT button.
The user may export the Case/Report by clicking the Export to Excel/PowerPoint icon.
To delete a case, click the DELETE icon near the top of the widget.

Rate of Electrical Current Flow through the Corrosion Cell(A)

PLTB Corrosion GasLiquid_2.3 Output Rev 091420.png

Rate of Electrical Current Flow Through the Corrosion Cell

Input Parameters

Outputs/Reports

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