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SBEDStudio



A key challenge in reservoir modeling is predicting fluid distribution in geologically complex areas.

Conventional reservoir modeling technologies distribute petrophysical properties throughout large-scale grids by purely statistical methods. This technique ignores the effects that smaller-scale structures and lithologies impose on large-scale fluid flow.

SBEDStudio enables you to build geologically realistic scenarios by modeling the multi-scale structures and lithologies that impact fluid flow. By simulating multiple geological scenarios in SBEDStudio, you can rank the scenarios and evaluate reservoir performance with a realistic range of uncertainty.

You can further refine your scenarios by distributing the effective property relationships generated from SBED within SBEDStudio's property grids.

SBEDStudio reservoir modeling software integrates well log, seismic, stratigraphic, lithofacies and petrophysical data to build geologically realistic models for predicting reservoir production profiles and managing reservoir risk.

Key Benefits

Enhanced Workflows
Build geologically realistic reservoir grids that mimic the depositional process.

Fast 3D Modeling
Model complex depositional environments with built-in stratigraphic and facies templates.

Improved Property Modeling
Generate facies-dependent, upscaled property grids.

Reduce Uncertainty
Quickly run multiple geological scenarios to understand how geological details impact reservoir performance.

Informed Decisions
Evaluate recoverable reserves and production profiles with built-in links to reservoir simulators.



Technical Bulletins:

Geological Scenario Modeling (2,499 KB)

Featured Case Study:

Seeing the Subsurface (567 KB)
Given a choice, oil and gas geoscientists would surely love an opportunity to peel back the layers of earth covering their buried reservoirs to steal a peek at their inner workings. But given that's not feasible, a Calgary company is providing the next best thing.