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DionisosFlow

Stratigraphic Modeling
DionisosFlow® aims at de-risking subsurface exploration and improving reservoir models by predicting stratigraphy and facies architecture at both basin and reservoir scales. Simulating geological processes through geological times, DionisosFlow® reconstructs depositional systems from the simplest to the most complex while honoring sequence stratigraphic frameworks based on core, well logs and seismic data.
Predicting stratigraphy at regional and local scales for reducing exploration and production risk

DionisosFlow® is a unique industrial package for generating 4D forward stratigraphic models in under-explored and complex areas while assessing the interaction between accommodation space, sediment supply and transport through a combined simulation of sedimentary processes (continental to marine siliciclastics, carbonates, and organic matter).

Providing a physically sound geo-history model, DionisosFlow® helps in delimiting:

  • geometry and facies of reservoir bodies 

  • extension and thickness of seals

  • distribution, nature and potential of source rocks

  • paleo-geometries of sedimentary basins

DionisosFlow® has been validated successfully through numerous geological studies around the world, including complex geological settings such as the Middle-East Cretaceous carbonate platform, Gulf of Mexico salt-driven tectonics province, Niger delta turbiditic system or the intra-cratonic depression in North Africa. DionisosFlow® has also been successfully applied for delineating subtle stratigraphic traps in mature basins. 

Used with CougarFlow® for uncertainty and risk analysis, DionisosFlow® models provide valuable information in a probabilistic manner for well-informed decision making, going beyond classical best and worst case scenarios.

Modeling sedimentary processes

Accounting for subsidence rate, eustasy and sediment supply, DionisosFlow® simulates sediment erosion, transport and deposition as well as local carbonate and organic matter production.

Carbonate production is modeled using bathymetry, wave/drift energies and ecological controlling factors. Sediment transport is controlled by combining river discharge, wave impact, and slope parameters as well as flooding and slope instability for catastrophic sedimentary processes.

 

Key benefits 
  • Applicable in clastic, carbonate and mixed environments, from continental to deep water

  • For hydrocarbon E&P, CO2 storage and geothermal

  • Tailored for stratigraphers and sedimentologists

  • Slick & user-friendly

  • Seamless link with TemisFlow® for further multi-dimensional basin modeling

 
  • Uncertainty and risk analysis with CougarFlow®

  • Compatible with third-party applications (such as MPath® and Of-Mod®)

  • Innovation through active research & development

  • Parallel computing for leveraging multi-core and cluster hardware

 

 

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Facies definition in DionisosFlow from simulated properties: environmental parameters are used to generate facies information, for instance bathymetry, wave energy, slope, sediment proportions.

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Facies definition in DionisosFlow from simulated properties: environmental parameters are used to generate facies information, for instance bathymetry, wave energy, slope, sediment proportions.
Analysis of silty turbidites distribution within a given sequence: NTG (left) and total thickness in meter (right)

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Analysis of silty turbidites distribution within a given sequence: NTG (left) and total thickness in meter (right)
Carbonate atoll growth with barrier reef and patched reef geometries

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Carbonate atoll growth with barrier reef and patched reef geometries
Turbidites channel and lobe stacking with local downscaled reservoir grid

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Turbidites channel and lobe stacking with local downscaled reservoir grid
Risk analysis and probability of net sand thickness in a turbidite system

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Risk analysis and probability of net sand thickness in a turbidite system
Risk analysis and probability of source rock presence and quality

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Risk analysis and probability of source rock presence and quality
Modelling clastic and mixed systems from continental to deep marine

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Modelling clastic and mixed systems from continental to deep marine
Facies model of mixed sedimentary system

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Facies model of mixed sedimentary system
Facies model cross section from shallow to deep marine

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Facies model cross section from shallow to deep marine
Nutrient leaching and supply to marine realm through river discharge

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Nutrient leaching and supply to marine realm through river discharge
Incised valleys and delta plains

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Incised valleys and delta plains
Water flow in terrestrial and marine realm

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Water flow in terrestrial and marine realm
Well calibration panel generated using built-in post processing tools

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Well calibration panel generated using built-in post processing tools
Numerical calibration indicators calculated per well and per sequence 

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Numerical calibration indicators calculated per well and per sequence 
Our Solutions & Download
DionisosFlow - TechnicalSpecifications
DionisosFlow - ProductSheet
Our solutions
Stratigraphic Modeling
Regional Evaluation
  • Our Solutions
    • DionisosFlow
    • KronosFlow
    • TemisFlow
    • CougarFlow
    • EasyTrace
    • InterWell
    • FracaFlow
    • PumaFlow
    • Carbone
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