... Burgan field as outlined below: Stage 1: Preliminary technical assessment to identify candidate areas and wells Stage 2: Fit-for-purpose streamline simulation to support and prioritize selection of candidate wells Stage 3: Lab evaluation to select applicable chemistries to specific reservoir...

... compared to results obtained from streamlines models and tracer injection in two different fields, one was naturally fractured carbonate and the other was sandstone. Evaluation of the tool ability to find true interactions between wells was achieved by comparing results of correlations coefficient...

... times based upon generation of streamlines and time-of-flight (TOF) analysis. Both modes of optimization are performed efficiently such that a single optimization run is sufficient per geological realization. We use the OLYMPUS reference model, a water flooding case, to demonstrate the workflow...

... directly in reservoir management by locating poorly supported areas and planning for mitigation activities. It assists and guides the history matching process by offering a benchmark against which simulated pressures can be compared. Combined with data-based streamlines computation, this workflow improves...

... an approach similar to that of Thiele and Batycky (2006) in the context of streamline simulation. The model represents the reservoir as a network of inter-well connections described by their strengths and efficiencies. Contrary to traditional streamline-based method, the strength of connection is rather...

... and work flow integration and providing a common platform for intelligent and interactive display, thus promoting collaboration to achieve synergistic benefits. Third is the application of advanced simulation-based streamline techniques whereby new technology and workflows are deployed, with full...

... in the presence of peripheral water injection is to account for efficient water only, i.e., discard losses to the aquifer. For this purpose, a workflow involving streamline based post-processing of reservoir simulations corroborated by material balance analysis is used. Recent increasing trends in WCT and GOR...

... Abstract Streamlines have been acknowledged as a powerful tool for modeling and optimizing waterfloods in oil reservoirs. Streamlines provide visualization of reservoir fluid flow and a unique way to conceptualize and quantify injector-producer well connectivity. Well allocation factors (WAFs...

... Field level cumulative production and injection Wellbore level cumulative production and injection The observed mismatch could be represented as follows ( Figure 5 ): Abstract Streamline analysis coupled with finite-difference simulation provides a novel effective approach...