Circuitizing is a critical process that transforms chaotic piping networks into managed, inspectable assets by organizing them based on degradation mechanisms. However, the effectiveness of this system depends entirely on the alignment between digital records and physical reality
A "hidden circuit" occurs when the digital record (the "digital twin") no longer reflects the physical asset.

The "Hidden Circuit" Risk:

When Digital and Physical Diverge

Feature

Before Circuitizing

After Circuitizing

Strategy

Inspectors chase random locations.

Circuits guide inspection plans, though subtle differences within a circuit (such as dead legs) may require special attention.

Data Usage

Scattered data that is hard to trend.

Thickness readings are trended by specific CMLs (Condition Monitoring Locations) belonging to the pipe.

Risk Awareness

Uncertain coverage of high-risk areas.

Specific degradation mechanisms for each line are known.

Intervals

Intervals are based on guesswork.

Intervals are set by circuit-specific risk.

A “hidden circuit” occurs when the digital record (the “digital twin”) no longer reflects the physical asset. This discrepancy often stems from failures in the application or upkeep of the Bill of Materials (BoM) or Management of Change (MOC) processes.

  • Causes of Data Mismatch: Discrepancies arise from unscheduled quick repairs, using incorrect spare parts, incorrect material selection or misidentification, and failing to “evergreen” data after field changes.

  • Consequences: These errors don’t stay digital; they manifest as elevated corrosion rates, the activation of unanticipated degradation mechanisms, or unplanned shutdowns and failures.

  • The Solution: Maintaining a robust Asset Integrity Management (AIM) System is essential to ensure that design specifications, repair history, and risk assessments accurately match the physical unit.
Best Practices for Effective Circuitization

To ensure circuits remain a “lens that brings piping risk into focus”, the following practices should be implemented:

  1. Define by Mechanism, Not Length: Practically, corrosion circuits are defined based on 1 or more degradation mechanisms, not by the length of the pipes.

  2. Involve Operations: Operating teams know the process transitions and historical upsets that define a circuit’s true environment.

  3. Field Validation: Physically walking the circuits is mandatory to confirm that boundaries match the piping and to catch unrecorded changes like added drains or bypasses.

  4. Keep it Living: The digital record must be updated whenever there are changes in process, materials, or newly discovered damage mechanisms.

Contact us today to learn more about our comprehensive software solutions and start streamlining your asset management operations.

LinkedIn
Email

Share this on:

This site uses cookies and visitor analytics scripts to implement traffic and performance measurements. You can view our Privacy Policy to find out how we collect and manage this data. If you continue using the site and do not change your settings, you’ll be affirming that you are fine with all cookies and data collection on the Metegrity website. Please remember, that you can change your browser’s cookie settings at any time and opt out of analytics. You can find out more by reviewing our Cookie Policy page.