Robust full lifecycle subsurface solutions
We deliver complete offering benchmarked against other global providers.
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Top down reservoir model
Perth basin offshore oil field
Problem: the field was impossible to credibly history match using conventional bottom up approach Solution: leveraging production performance and tracer data yielded insights on reservoir architecture, and enabled credible history match despite limitations in subsurface resolution Benefits: high confidence production forecasts |
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Gas plant process model
Timor Sea offshore oil production facility
Problem: recovery factor for this field was thought to be > 80%. Solution: oil in place was severely underestimated because of facility gas plant that swelled oil; gas plant model built and production reconciled Benefits: enabled decision on when to install gas lift in other wells, and quantified remaining gas cap volumes in reservoir |
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Reservoir imaging and delineation
Onshore oil field Oman South
Problem: conventional reservoir imaging techniques did not correlate with wells to distinguish net Solution: colour imaging techniques identify fairways blind tested with well data Benefits: confident well placement to target pay areas |
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Fractured carbonate reservoir characterisation
Offshore oil field Philippines
Problem: operator not confident with remaining potential estimates from other providers Solution: our Stochastic Simulated Transforms product was applied to characterise the reservoir and unify the reservoir description Benefits: high confidence production forecasts in line with earlier infill well performance |
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CO2 thermodynamic model
Onshore geothermal field central Europe
Problem: operator wanted to know if closed loop CO2 thermosiphon will work Solution: developed new enthalpy model to characterize the subsurface thermodynamic process Benefits: quantified startup and flow stability risks and mitigation plan developed |
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AI assisted fault imaging
Onshore oil field Australia
Problem: the customer's fault model had inconsistencies that hindered structural modelling and history matching Solution: deployed EDX assisted fault imaging workflow that uses AI to image faults throughout 3D seismic volume Benefits: what usually takes months to map by human was done in days. The results also ensure mapping is consistent regardless of who is doing the interpretation |
The EDX overlay (purple) helps the interpreter identify faults throughout the 3D seismic cube. Result is a consistent interpretation that is independent of the interpreter.
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