Precision Software & Services for the Energy Industry
CO2 Storage Solutions
Enhance your CO2 storage evaluations with T7, minimizing fault-associated risks and ensuring fault seal integrity for secure, long-term containment.
Faults play an essential role at many potential CO2 storage sites, acting as:
Take full control de-risking your storage complex and identifying safe sealing compartments for CO2 storage with T7’s toolkit and advanced workflows:
Calculate fault seal attributes specifically for CO2 storage
Utilise state-of-the-art equations such as Karolyte et al. (2020) to compute on fault surfaces:
- CO2 threshold capillary pressure
- CO2 column height
- CO2 contact depth
Across-fault seal assessments for CO2 feasibility studies
Assess how complex fault networks influence potential CO2 storage sites with T7’s unique across-fault seal workflow.
Increase confidence of CO2 storage with Fault Seal Uncertainty
- Ensuring a permanent and safe CO2 storage is critical when assessing storage complexes.
- Fault Seal Uncertainty and its stochastic approach resolves the effect of stratigraphic and structural uncertainties in multi-fault settings where there is presence of various juxtaposition leak points and structural spills.
Accurately map and model CO2 fault-bounded structural traps
- Recognise potential traps with fault seal juxtaposition or membrane seal presence that can increase the storage capacity of a CO2 storage complex.
- Identify small-scale structural traps that can slow down plume migration.
Utilise state-of-the-art AI technology to assist you mapping faults
- Correct delineation of fault geometries and intersections is key to produce reliable structural models to ensure fault seal integrity or find possible weak points for CO2 leakage.
- T7’s AI Fault Detection Wizard will optimise fault interpretation.
Ensure CO2 storage integrity by predicting geomechanical attributes.
Perform accurate fault seal analyses:
- Fault/fracture stability
- Slip tendency
- Dilation tendency
- Fracture prediction
Lower the risk of CO2 plume migration by:
- Calculating the maximum column height of injected CO2 that a trap can contain.
- Identifying potential spill/leak points within the trap using Trap Analyst.
- Trap Analyst is a completely unique solution allowing for the automated analysis of multiple faults bounding the CO2 containment site.
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