Well Integrity & Leakage Simulation
Assess legacy well conditions across multiple integrity dimensions, then simulate wellbore leakage to understand potential migration pathways.
What This Module Does
This module provides a structured approach to evaluating the long-term containment reliability of plugged and abandoned wells near candidate storage sites. Teams can assess casing condition, cement quality, plug integrity, and overall site risk exposure using dedicated assessment models. When risks are identified, the integrated leakage simulation engine helps quantify potential CO₂ and brine migration over time.
Key Capabilities
- Multi-model integrity assessment covering casing, cement, plugs, and site exposure
- Plug setting depth and safety margin analysis
- Wellbore leakage simulation with time-series output
- Comprehensive risk dashboards and component-level breakdowns
- Batch assessment for evaluating multiple wells simultaneously
Inside the Module
Frequently Asked Questions
It provides a structured approach to evaluating the containment reliability of plugged and abandoned wells near candidate storage sites. Teams can assess casing condition, cement quality, plug integrity, and overall site risk — and simulate potential CO₂ and brine leakage when risks are identified.
After candidate sites have been identified — typically following the screening stage. It is used when teams need to understand whether existing wells in the area could pose a containment risk to the storage operation.
Are the legacy wells in this region safe for long-term CO₂ containment? Which wells are the highest risk? What would happen if a well were to leak? How much CO₂ or brine could migrate, and over what timeframe?
Multi-dimensional integrity scores for individual wells, component-level risk breakdowns covering casing, cement, and plugs, and time-series leakage simulation results. Outputs are available as dashboards and exportable reports.
Well integrity engineers, subsurface risk analysts, regulatory compliance teams, and consultants assessing legacy well exposure for CCS storage projects.
Integrity findings refine site rankings from the screening stage and inform where monitoring sensor networks should be focused, creating a continuous risk-informed evaluation chain.
Part of the CCS Ecosystem
Well integrity findings connect back to the screening stage for refined site rankings, and forward to the monitoring module to inform where detection networks should focus.