Accurate modeling of the physical phenomena controlling petroleum occurrence in sedimentary basins for minimizing exploration technical and financial risk.
Temis2D leads the recent expanding applicability of basin modeling techniques in the oil exploration and production industry. Recent success stories have proven Temis2D’s capabilities for predicting oil quality, biodegradation risk, and overpressure, among others. Temis2D is now routinely used from frontier area prospect evaluation to drilling cost optimization during field development.
Temis2D benefits from the long-term commitment of the Institut Français du Pétrolein geochemistry and fluid flow modeling. It allows detailed and rigorous fully-coupled modeling of heat transfer, maturity, hydrocarbon phase composition, pressure/
overpressure, and multiphase hydrocarbon flow, taking into account all the interactions between
these physical processes.
Visualization of the overpressure field on a 2D model featuring salt diapirism
Visualization of the vitrinite maturity indicator on the same 2D model
Visualization of the predicted hydrocarbon API degree along with hydrocarbon fluid flow direction arrows in green. Stratigraphy is displayed in background
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KEY BENEFITS
- Time-to-depth conversion of geological and seismic data
- Advanced geological model editing including erosion, salt tectonics, fault permeability behavior,variable lithosphere, thermal intrusion
- Simple & advanced thermal modeling options accounting for the crucial role of crystalline basement in heat transfer
- Multiple calculation options from simple maturity to n-component multi-phase fluid flow
- Innovative compaction modeling including diagenesis (illitization, cementation, ...)
- Efficient parallel calculator for optimizing computing time without compromising coupled processes
- Multi-platform compatibility for both the interface (SUN, Linux and Windows) & calculator (Sun, SGI, Linux PC,Linux Cluster)
- Tight links with Temis1D & Temis3D
- Most versatile solution for quantifying uncertainty & evaluating risk
