Geosciences
Unconvencional
- Integrated Fracture (DFN) and 1D and 3D geomechanical models for
unconventional reservoirs - Interaction between natural and hydraulic fractures to optimize the
stage spacing in unconventional reservoirs - Integration of microseismic and stimulation data to model the
extension of stimulated reservoir volume (SRV) - Experience in rock oil and gas reservoir modeling
fiery and metamorphic
Conventional and Saline Environments
- Integrated fracture (DFN) and 1D and 3D geomechanical models in
salt environments. Effect of salt on stress and pattern distribution
of fracture for a wide range of fractured carbonates andshales - Fracture modeling, diagenesis and critical stress determination
in gas and carbonate compact sandstone reservoirs - Geological models for conventional reservoirs, integrating the complete set of well logs,
- core analysis, seismic attributes and geostatistical propagation of facies and porosity
Well Log Analysis
- Well Fracture Image Interpretation and Comm Integration
shear wave anisotropy, sonic scanner, models
1D geomechanics and far-field 3D sonic scanner - Fracture analysis in core samples, with experience in
carbonate, sandstone and shale reservoirs
Confinement Studies for CO² Storage
- Use of state-of-the-art technology to model fluid flow in media
fractures beyond grid restrictions and including reactive transport
