Abstract: A resource exploitation management system, method and a computer program product therefor. A description of new geological evidence for a geological resource is received, e.g., as one or more triples describing the evidence. Keywords in the description are matched against keywords in representations in a geological resource database. Geological relations are inferred from the descriptions and matched against predefined geological relations from the geological resource database. Consistent triple matches are merged with the geological resource database. The confidence level for merged matches is updated in the geological resource database.

Abstract: A system, method and program product for generating an optimal field development plan (FDP) for the exploitation of oil and gas reservoirs when the available data of the reservoir is limited. A tree is generated starting from a root node wherein each node represents a decision or an observation of the field. The tree generation includes a specific manner of combining a search and a rollout process for exploring paths providing candidates of field development plans (FDP) and adding new nodes to the tree. The method reduces drastically the computational cost providing an affordable manner of estimating an optimal field development plan (FDP) before carrying out the exploitation of the reservoir.

Abstract: A resource exploitation management system, method and a computer program product therefor. A description of new geological evidence for a geological resource is received, e.g., as one or more triples describing the evidence. Keywords in the description are matched against keywords in representations in a geological resource database. Geological relations are inferred from the descriptions and matched against predefined geological relations from the geological resource database. Consistent triple matches are merged with the geological resource database. The confidence level for merged matches is updated in the geological resource database.

Abstract: The present invention is related to a method of generating a production strategy for the development of a reservoir of hydrocarbon in a natural environment by solving a minimization problem involving, among others, decisional variables, in such a way said decisional variables are reduced or even eliminated by combining them with other continuous variables. The reduction of decisional variables provides a high reduction of the computational cost. The elimination of all decisional variables allow a further reduction of the computational cost as solvers such as Mixed Integer Nonlinear Programming allowing the use of decisional variables that are not needed anymore. A particular case of decisional variables are binary variables.

Abstract: A system, method and program product for generating an optimal field development plan (FDP) for the exploitation of oil and gas reservoirs when the available data of the reservoir is limited. A tree is generated starting from a root node wherein each node represents a decision or an observation of the field. The tree generation includes a specific manner of combining a search and a rollout process for exploring paths providing candidates of field development plans (FDP) and adding new nodes to the tree. The method reduces drastically the computational cost providing an affordable manner of estimating an optimal field development plan (FDP) before carrying out the exploitation of the reservoir.

Abstract: A system, method and computer program product for generating scenarios of hydrocarbon reservoirs based on limited amount of information on a target hydrocarbon reservoir, and more particularly to automatically supplying missing parameters and uncertainty associated with each supplied parameter allowing to valuating the target hydrocarbon reservoir.