Reservoir modelling and history matching techniques form a cornerstone of modern subsurface engineering. These methodologies provide a framework for simulating geological formations and calibrating ...

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

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

Chevron USA Inc. developed an extended embedded discrete fracture model (EDFM) which combines parent-well flow simulation with updated reservoir stress fields to predict growth of child-well fracture ...

Imagine a task that used to take 11 minutes now taking less time than the blink of an eye. Couple that speed increase with 97% accuracy, and these are the results researchers at Texas A&M University ...

Carbon capture and storage (CCS) project sanctioning requires reasonable estimates of CO 2 storage volume and plume migration in the reservoir. Numerical simulation based on geological data provides ...

How do we develop breakthrough technologies that actually work on the farm in a scalable fashion and enable the people who live and work in Rural America to be part of the solutions? That’s the ...

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 ...

Subsurface reservoir engineering has become increasingly pivotal as the world intensifies its focus on sustainable energy systems and effective resource ...