Accurately quantifying petroleum system effectiveness from preliminary exploration to field development stages while honoring operational requirements through flexible and upgradable workflows.
As shown by recent achievements in the most challenging oil provinces, Temis3D applicability ranges from regional quantitative prospect assessment to pre-drill pore pressure prediction.
Temis3D’s modular packaging, its integration with 1D and 2D modeling capabilities, and its links to third party software applications ensures Temis3D adaptability to various situations according to data availability and technical issues to be addressed.
Visualization of a 3D temperature field featuring Locally Refined Grids
The long and unmatched leading scientific research of the Institut Français du Pétrole brings to Temis3D’s algorithms the required technical excellence to capture the complexity of sedimentary basin evolution.
View of a 3D Temis model along with seismic data, well lathes and a Dionisos sequence model
Close up on a reservoir model mesh incorporated to a 3D Temis model with a Digital Terrain Model atop
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KEY BENEFITS
- Powerful 3D structure & grid editor
- Integrated 1D, 2D & 3D capabilities
- Innovative windowing option to account for regional pressure fields at the prospect scale
- Unique computing time optimization without compromising coupled processes making rigorous multiphase-Darcy’s flow modeling computationally affordable
- Finite volume numerical scheme ensuring mass conservation & reliable results
- Versatile toolbox for quantitative analysis of modeling results & report generation
- Open environment to third party applications for preand post-processing as well as for alternative migration modeling
- Multi-platform compatibilityfor both the interface (SUN, Linux and Windows) and calculator (Sun,Linux PC, Linux cluster)