Structural Modeling
We perform a descriptive geometric analysis of geological structures and conduct structural interpretation through the analysis of deformation and stress orientation, using field data, aerial photographs, satellite images, and seismic data.
Additionally, we analyze and construct the kinematic structural evolution through the development of 2D and 3D dynamic structural models for areas with complex geology and compartmentalized reservoirs, including fault system permeability analysis and predictive modeling of fracture systems.
Capabilities
- Highly specialized workgroup with experience and strong capability to integrate into multidisciplinary teams, focused on specific structural geology challenges; leveraging combined expertise to deliver solutions tailored exclusively to each project, with results of the highest standard.
- Structural analysis methodologies with integrated data, derived from research and innovation project development.
- Use of specialized applications for modeling 2D and 3D structural evolution, fault system permeability, and fracture system prediction.
Benefits for the client
- Models that integrate geological, geophysical, and production data, aimed at understanding the formation of structural traps, fracture systems, the chronology of deformations, fault activity, and the formation and/or destruction of structural traps and seal rocks.
- Contribute to the analysis of migration and accumulation processes, as well as to the evaluation of petroleum systems, reservoir characterization, and field planning.
- Determine the timing of deformation events and fault activity periods to support the understanding of migration and accumulation processes.
- Provide inputs for the development of models focused on analyzing petroleum systems, reservoir characterization, and field development, among other applications.
Services
Scientific and technological support in various exploration disciplines.
Three-dimensional predictions of pore pressure, fracture, overburden and effective stress gradients.
Reduction and assessment of potential geological and topographical risks located on the seabed.
Methodologies for seismic amplitude analysis versus source-receiver distance.
Palaeontological and biostratigraphic services distinguished by their systematic and taxonomic implications.
Determination of depositional environments and sedimentary facies in clastic, carbonate and mixed systems.
Hydrocarbon characterisation and determination of origin.
2D and 3D gravimetric, electromagnetic, and magnetometric models.
Geophysical and geological information, including seismic, magnetometric, gravimetric, gradiometric, and electromagnetic data.
Identification and assessment of volumes in unconventional reservoirs and methane hydrates.
Specialised scientific and technological support in petroleum exploration seismology.
Support for the improvement of technical management and business practices through diagnosis.
