understand the analysis methods and techniques applied to reservoir modeling with related challenges,
analyze and interpret a dataset and integrate it in order to elaborate a reliable static model,
build a consistent geological static model with heterogeneities affecting fluid flow and production,
assess the uncertainty and risks in order to reduce them and thus optimize investments.
Target Audience
eoscientists, engineers newly hired or 2-3 years experienced, experienced technicians involved in multidisciplinary teams, willing to widen their knowledge and acquire practical know-how in geological modeling.
Course Outline
Reservoir characterization tools
Introduction to reservoir characterization.
Well logging & qualitative log interpretation.
Stratigraphy and sedimentology of siliciclastic reservoirs.
Fundamentals of facies analysis & rock typing.
Seismic interpretation and attributes analysis workshop: qualitative and quantitative methods*.
Reservoir modeling and volumetrics
Petroleum geostatistics.
Geological modeling workshop for integrated reservoir studies*.
Hydrocarbons accumulations, reserves estimation, risk analysis and uncertainties.
Naturally-fractured reservoirs: static and dynamic modeling.
Petrophysical properties: core, log and test data integration for reservoir modeling.