Modeling the earth's subsurface and predicting reservoir flow have always been limited by the supporting hardware and software technology. Over the last decade, significant progress has been made in ...

Geology: structure, faults, facies; petrophysics: f, k, Sw; SCAL: kr, Pc; PVT/EoS; well tests; tracer data; production allocation; pressures; surveillance (PLTs ...

Reservoir-triggered seismicity commonly occurs as a result of reservoir impoundment. In particular, the Nova Ponte reservoir triggered a series of earthquakes, including the 1998 M4.0 earthquake, ...

This study focuses on modeling and analyzing filtration processes in oil reservoirs of small fields, using the Northern Karamandybas field as a case study. It examines the geological and ...

A review of the validity of a reservoir simulation model does not need to address whether the model is perfect overall. Rather, a review should address whether or not, a model can be used for a ...

Digital twins in reservoir modeling are dynamic, data-driven replicas of subsurface systems that continuously align physics-based models with real-time field data. They sit at the nexus of subsurface ...

The University of Wyoming’s Enhanced Oil Recovery Institute (EORI) has released a new publication regarding three-dimensional modeling of petroleum reservoirs ...

Colorado State University's hydraulics lab is using a scaled model to test the design of the expanded Halligan Reservoir dam and spillway. The $308 million expansion project will more than double the ...

Abstract: Water management agencies seek the next generation of modeling tools for planning and operating river basins. Previous site-specific models such as the U.S. Bureau of Reclamation's (USBR) ...