Research

FLUMY Research Program

FLUMY is the best and realistic way to model fluvial or turbiditic meandering channelized reservoirs.
A new momentum as started in 2022: Deep Learning techniques are currently used in order to generate very quickly a lot of realistic reservoir realizations while honoring your field data !

  • Join the Research Program to:
    • Benefit from the latest research developments
    • Have access to the latest full version of the software (fluvial and turbiditic systems)
    • Access to all FLUMY capabilities through Python or R extended packages
    • Orientate new developments in tailor made project
    • Support and benefit from FLUMY plugins in your favorite Reservoir Modeling Software suite (extra cost)
    • Benefit from our trainings, workshops and our 4-days field trip
  • Project overview:
    • JIP with annual meetings and deliverables (reports, software releases, workshops and field trip material)
    • 3-years period renewable
    • Next pÄ¥ase to be started in 2025
    • Contact us to join the JIP and ask us the provisional technical program.

On-going developments include:

Improving physically-based modules:

  • An original flow description on any topography including a sedimentary transport module
    • Enhance the description of reservoir heterogeneities
    • Improve the quality of abandoned channels filling
    • Open to new environments such as deltas or unconfined turbidites systems (terminal lobes)
  • Taking into account external forcings
    • According syn-sedimentary tectonic
    • Climatic events

Conditioning to data and guiding the user:

  • A decision module to propose a coherent set of parameters from a given set of well data
    • Help the non-expert user by automatically analyses his well data
    • Directly infers model parameters for each sedimentary units
  • A new conditioning method
    • Use Deep Learning techniques for honoring well and seismic data (FLUMY used as training images generator)
    • Combine Sequential Monte Carlo simulation to Machine Learning techniques for improving efficiency
    • Enhance and adapt the model response to field data

Recent developments include:

  • New calibrated and full functional turbidite scenario
  • Grain size variation in sand bodies and levees according local flow velocity
  • Automatic inference of the Non-expert users parameters from well data
  • Automatic determination of sedimentary units from well data

Why entering the FLUMY Research Program ?

  • Benefit from a groundbreaking geostatistical technology and sedimentological expertise helping you to model meandering channelized systems at best
  • Be part of an innovative project
    • Bring your professional expertise to the project during progress and information meetings
    • Guide FLUMY potential applications according to your needs
    • Fully assess FLUMY added value on your own data
  • Take advantage of FLUMY software tools in sneak preview
    • Use and test the new FLUMY functionalities freely during the project 

Comments are closed.