Reconstructing sedimentary basin formation through time at basin or appraisal scale honoring sequence stratigraphy model based on core, well logs and seismic data. Generating high resolution geological models for quantitative petroleum systems evaluation.
When quantitatively evaluating petroleum potential, the sedimentary stratigraphic setting is a key feature controlling hydrocarbon occurrence and behavior. The so called “stratigraphic model” includes lithological facies, potential source rock, reservoir and seal distributions and thicknesses. It also incorporates paleo-environment ensuring consistency between paleo-topography, sediment architecture and facies.
Dionisos is the first industrial solution for quantitatively assessing the complex interaction between accommodation space, sediment supply and transport through a coupled simulation of sedimentary processes (continental to marine siliciclastic, carbonates). It delivers a physically sound geo-history of sedimentary basin development featuring sedimentary architecture, lithological facies and paleo-bathymetry distribution through space and time.
Building preliminary model
Following more than ten years of research and developments, Dionisos’ added value for assessment of petroleum system has been demonstrated on numerous real case applications in, amongst others, the Middle-East Cretaceous carbonate platform, Gulf of Mexico salt driven tectonics province, Niger delta turbiditic system and intra-cratonic depression in North Africa.
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KEY BENEFITS
- Applicable in clastics, carbonates and mixed environments, from continental to deep water,
- The modeling tool for stratigrapher and sedimentologist,
- Uncertainty quantification and model optimization with Qubs,
- Versatile toolbox for quantitative analysis of modeling results,
- Integration with TemisSuite for multi-dimensional basin simulation,
- Links with third-party applications ( MPath®, Of-Mod®, …),
- Innovation through active research & development.