This paper presents the results of integrating microseismic fracture map** with numerical
production modeling of fracture networks in the Barnett shale. Microseismic fracture …

One hundred fractured reservoirs from around the world were evaluated to determine how
ultimate recovery was affected by inherent reservoir and fluid properties, such as porosity …

Practical production optimization problems typically involve large, highly complex reservoir
models, thousands of unknowns and many nonlinear constraints, which makes the …

A coupled reservoir/wellbore simulator is essential for solving relevant flow phenomena with
dynamic interactions between reservoir and wellbore in two-phase flow systems. A reservoir …

We discuss an object-oriented, component-based architecture for a parallel reservoir
simulator. The architecture successfully balances the need for extensibility, maintainability …

Subsea water separation (SSWS) is a promising cutting-edge technology in handling
specific problems related to offshore development, but the close evaluation of SSWS …

Field management (FM) is the simulation workflow through which predictive scenarios are
carried out to assist in field development plans, surface facility design/de-bottlenecking …

Advanced Well Completions (AWCs) employing Downhole Flow Control (DFC) technology
such as Inflow Control Devices (ICDs), Interval Control Valves (ICVs), Autonomous Inflow …

We present an integrated field development planning framework that bridges the integration
gap through concurrently optimizing well placement, well trajectory, and facility layout. The …

Nowadays oilfield development has become more technically and economically challenging
and a high degree of interdisciplinary interaction is needed to have an effective and efficient …