Petroleum geologists, geochemists and exploration geologists involved in the petroleum systems evaluation of frontier basins, play-fairway analysis and prospect risks.
- Introduction: Key aspects of petroleum systems modeling and sedimentary basin analysis, petroleum system elements evaluation, benefits of 1D vs. 2D vs. 3D modeling - Source Rocks: Depositional environments, kerogen types; geochemical parameters - TOC, Rock Eval, Pyrolysis GC; kinetic models, timing of hydrocarbon generation; petroleum properties - Heat Sources & Heat Flow: Crustal heat flow and temperature-time histories, radiogenic heat production, heat transfer, effect of different heat flows on maturity evolution- Calibration Parameter: Temperature data, paleo temperature data, maturity data and other calibration data- Fluid Flow: Petroleum generation and expulsion; primary, secondary and tertiary migration; migration methods in basin modeling; migration losses; material parameters and pressure prediction- Overview on the Workflow in 1D Modeling*: Input data and boundary conditions, burial history, temperature and maturity modeling - 2D & 3D Migration Modeling: Case studies on real petroleum system models: facies distribution,source rock and seal distribution; hydrocarbon generation, migration, accumulation and preservation; simulation and sensitivity analysis* Participants will learn how to build and calibrate 1D models.
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