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 ...

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 ...

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

Today ExxonMobil and NCSA announced a major breakthrough on scaling complex oil and gas reservoir simulation models to improve exploration and production results. The breakthrough in parallel ...

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

Reservoir modeling integrates geology, petrophysics, geophysics, PVT, and production data into a predictive, physics-based model to forecast fluid flow and optimize field development and operations.

Reservoir simulation is the quantitative engine that converts geology, fluids, and operating constraints into forecasted production, recovery, and economics to guide field development choices. I.1 ...

Two indirect parameters influencing coalbed methane (CBM) drainage performances are proposed in this paper, which are effective desorption radius and difference between reservoir pressure and critical ...

The Entrepeñas Reservoir is a monomictic reservoir located in River Tagus (Spain). The aim of this work is to establish a feasible model to predict the depth of the thermocline that is developed in ...