Abstract: In an example method, a system obtains first data indicating a plurality of properties of a first reservoir. The system determines, using a computerized neural network, a first metric representing a likelihood that a first computer simulation of the first reservoir can be performed to completion using a computer model and the first data. Further, the system determines that the first metric is less than a threshold level, and in response, generates a notification indicating the first metric for presentation to a user.

Abstract: A dense volumetric grid coming from an oil/gas reservoir simulation output is translated into a compact representation that supports desired features such as interactive visualization, geometric continuity, color mapping and quad representation. A set of four control curves per layer results from processing the grid data, and a complete set of these 3-dimensional surfaces represents the complete volume data and can map reservoir properties of interest to analysts. The processing results yield a representation of reservoir simulation results which has reduced data storage requirements and permits quick performance interaction between reservoir analysts and the simulation data. The degree of reservoir grid compression can be selected according to the quality required, by adjusting for different thresholds, such as approximation error and level of detail.

Abstract: Embodiments of systems, non-transitory computer-readable medium having one or more computer programs stored therein, and computer-implemented methods are provided to enhance data storage and retrieval during performance of a plurality of hydrocarbon reservoir simulation runs of one or more hydrocarbon reservoir simulation models. Embodiments can relate to performing hydrocarbon reservoir simulation runs while efficiently storing simulation files by utilizing file links rather than duplicate copies of simulation files. Efficient storage can also include use of one or more shared storage locations and other separate individual hydrocarbon reservoir simulation model storage locations. Simulation files stored in the shared storage locations can be shared among a plurality of hydrocarbon reservoir simulation models. Embodiments can further relate to efficient data storage during the building, copying, or editing of a hydrocarbon reservoir simulation model.

Abstract: Embodiments of systems, non-transitory computer-readable medium having one or more computer programs stored therein, and computer-implemented methods are provided to enhance data storage and retrieval during performance of a plurality of hydrocarbon reservoir simulation runs of one or more hydrocarbon reservoir simulation models. Embodiments can relate to performing hydrocarbon reservoir simulation runs while efficiently storing simulation files by utilizing file links rather than duplicate copies of simulation files. Efficient storage can also include use of one or more shared storage locations and other separate individual hydrocarbon reservoir simulation model storage locations. Simulation files stored in the shared storage locations can be shared among a plurality of hydrocarbon reservoir simulation models. Embodiments can further relate to efficient data storage during the building, copying, or editing of a hydrocarbon reservoir simulation model.

Abstract: A dense volumetric grid coming from an oil/gas reservoir simulation output is translated into a compact representation that supports desired features such as interactive visualization, geometric continuity, color mapping and quad representation. A set of four control curves per layer results from processing the grid data, and a complete set of these 3-dimensional surfaces represents the complete volume data and can map reservoir properties of interest to analysts. The processing results yield a representation of reservoir simulation results which has reduced data storage requirements and permits quick performance interaction between reservoir analysts and the simulation data. The degree of reservoir grid compression can be selected according to the quality required, by adjusting for different thresholds, such as approximation error and level of detail.