OpenSim Reservoir simulator
OpenSim is a fully integrated Black-Oil/Compositional, Geomechanics and Hydraulic Fracturing Reservoir Simulator. OpenSim manages the most relevant physics required for conventional and unconventional reservoirs.
Our platform provides an efficient solution for Reservoir Simulation that is easy to integrate, flexible to customize and facilitates short innovation cycles.
OpenSim has been exhaustively tested and validated with several public domain benchmark cases.
More details here.
OPENSIM'S FEATURES
- Black-Oil and Compositional Fluid Models
- Fully and Iterative Coupling with Geomechanics
- Fully Implicit and IMPES
- Several Linear Solvers and Preconditioners, including PETSC
- Cartesian (rectilinear) and Corner Point Grids
- Multiple Levels of Sub-Gridding (LGR)
- Well controls: rate, bhp, drawdown and vfp tables
- WAG and Rel-perm hysteresis
- Fluid Tracers
- Output in Eclipse Format
- Alternative output in VTK with pandas dataframe
OUR TECHNOLOGY
OpenSim Reservoir Simulator
- Efficient proprietary simulator developed in Fortran language
- Simulator functionality integrated at memory level via Python bindings
- Python powered and open source tools leverage
- Provides flexibility to incorporate any third party component
- Facilitates a rapid workflow realization and customization
- Expands opportunity for shorter cycles of research and implementation
Research & Development
We are constantly exploring new ideas and developing innovative solutions and technologies to improve our products and processes.
Python ecosystem leverage
Machine Learning: Scikit-Learn
Numerical modules: SciPy, Numpy, Numba
Data Analysis: Pandas, Dask
Scientific Visualization: Matplotlib, PyViz
Image processing: scikit-image
Symbolic Math: SymPy
Webapps: Bokeh