A systematic approach for quantifying uncertainty on petroleum systems critical factors and helping decision makers make better decisions.
The number of input parameters necessary to model petroleum systems, the uncertainty frequently associated with some of the parameters (e.g.: stratigraphic setting, thermal regimes, source rock richness, fault behavior, ...) and their complex interactions in the chain of processes controlling hydrocarbon occurrence in sedimentary basin requires a tool for exploring and quantifying the uncertainty on modeling results (e.g.: reservoir presence and extension, expelled hydrocarbon charge, pressure regimes, API and GOR of trapped fluids, ...).
Seamlessly linked to Dionisos and TemisSuite, Qubs offers an effective solution encompassing all the intimately-coupled phenomena controlling the stratigraphic architecture up to the trapped hydrocarbon charge and quality. Combining experimental design and surface response methods, Qubs is one of the few affordable solutions to reliably express Dionisos and TemisSuite results in a probabilistic manner.
Qubs facilitates uncertainty quantification and model optimization by offering a systematic and rigorous approach. When managed by experienced users it’s an opportunity to explore their models beyond best- and worst case conventional approach.
KEY BENEFITS
- Guided and QC’d step-by-step progress,
- Effective and robust methodologies and techniques elaborated and validated thanks to IFP research,
- Seamless integration with TemisSuite and Dionisos packages,
- Advanced simulation management,
- Flexible workflows for sensitivity analysis, risk quantification and model optimization,
- Continuous improvements through active research & development.
