3D Modeling

Oil and Gas : High Resolution Modelling

6 February 2024

Several challenges are faced in the development of a reservoir. The reservoir simulation model must accurately predict the past, current, and future performance of the field. A strong link must exist between the conceptual model and the production data from the reservoir to ensure optimized operational management. To help address these challenges, a sector of the high-resolution reservoir model has been developed to:

  • Increase the understanding and accuracy of dynamic simulations
  • Provide operational recommendations for future development wells and the potential water injection
  • Lay a foundation for future Enhanced Oil Recovery (EOR) modelling

This case study focuses on a fractured and karstified reservoir. From the perspective of dynamic modelling, it is important to capture the disparity between permeability and fluid flow anisotropy. Improvement in the horizontal and vertical resolution of specific model sectors results in less upscaling biases, and in turn yields a more detailed characterization of the fracture network, specifically karst-related fractures and geobodies. This results in a better representation of the structural framework including minor faults and complex geometries (stair-step grid), and a better representation of the matrix heterogeneities.

Information from the sector models is incorporated into the full-field simulation model which are subsequently used as a valuable tool to support operations.

See also

Geophysics: Seismic Acquisition

Reflection seismology and seismic imaging today is one of the most powerful geophysical methods. It is successfully applied in Geothermal, Petroleum, Mining, and Nuclear Storage exploration.

Geophysics: Seismic Processing

Reflection seismology is commonly recognized as one of the most powerful geophysical methods. Specific exploration targets for Geothermal, Petroleum, Mining or Nuclear Storage industries define unique processing workflow for every acquired seismic dataset.

Well Logging and Log analysis

Stochastic multimineral log analysis is a powerful tool for quantifying rock properties such as mineralogy, porosity, and water saturation in complex carbonate, siliclastic and shale sedimentary basins.