Hydrocarbon Process Modeling (GMPH)

This research line focuses on the development of integrated studies of core samples through geological description and petrophysical, sedimentological, and geomechanical characterization, aimed at improving reservoir understanding and supporting decision-making in exploration and production activities.

This research line focuses on the development of methodologies for the evaluation, characterization, and utilization of unconventional resources, including shale gas, shale oil, tight reservoirs, gas hydrates, and other low-permeability accumulations, considering geological, petrophysical, and engineering aspects.

This research line integrates geological, petrophysical, dynamic, and production data to develop representative subsurface models that enable reserve estimation, improve understanding of fluid behavior, and optimize field development.

This research line focuses on the application of engineering tools, simulation techniques, and data analytics to improve operational efficiency, enhance hydrocarbon recovery, and maximize the technical and economic performance of production systems. desempeño técnico y económico de los sistemas de producción.

This research line focuses on the study of phenomena that affect the safe and efficient transport of fluids in wells, flowlines, and production systems, including multiphase flow, solid deposition, corrosion, hydrate formation, and mitigation strategies.

This research line focuses on the development of research aimed at the design, analysis, and optimization of offshore exploration and production systems, considering technical, operational, environmental, and infrastructure integrity aspects in marine environments.

This research line focuses on the detailed analysis of geological samples using sedimentological, stratigraphic, and ichnological techniques to reconstruct depositional environments, understand reservoir heterogeneity, and strengthen basin and reservoir geological models.

This research line focuses on the study of the geological evolution of sedimentary basins through the integration of stratigraphic, structural, sedimentological, geochemical, and geophysical data for exploration purposes, petroleum system assessment, and the utilization of energy resources.