Resolve

Conventional Finite Difference modeling technologies have advertised that they enable new processes, are truly fast and accurate when dealing with the issues of near-well transient behavior, or can model dynamic fronts moving through the reservoir. In reality, however, Finite Difference methods inherently struggle with complex boundary shapes and arbitrary fracture and completion orientations. Too often the FD meshing technology provides insufficient resolution to analyze reservoir behavior, especially in tight or extremely complex reservoirs. Even when high resolution is present, it may not provide more accuracy due to the inherent limitations of the FD method and can increase run times to the point of impracticality.

The solution to these deficiencies requires a combination of FD with other traditional methods to deal with near-well transient behavior or areas where high resolution is required (e.g. over-simplistic analogs, unreliable material balance methods, analytic models of PTA and RTA, or semi-automated decline curve analysis). As a result, they fail to accurately capture the interaction of the reservoir with the wellbore and completion face in the context of the reservoir as a complete system.

The Resolve™ engine is different. Powered by Finite Element automatic adaptive 4D meshing and specially developed physics, Resolve provides the first true fully integrated reservoir modeling engine. From the reservoir boundaries right up to the wellbore, the Resolve engine models it all without the need to patch in other solutions. Validated against traditional analytic methods that only deal with specific reservoir characteristics (e.g. near-well transient behavior tools), the Resolve engine has proven to be as, if not more accurate, in a fraction of the time. Resolves enables understanding of not only complex fronts and their interaction with the wellbore in conventional and offshore reservoirs, but also the fracture performance, near-well transient behavior and drainage in shales and other tight/unconventional resources.

Key Features of the Resolve™ Engine

• Easy to use and highly intuitive; designed with engineers in mind, and successfully used by engineers within asset teams worldwide to model the simplest to the most complex reservoirs
• Explicit integrated modeling of even the most complex fracture geometries
• Genuinely enables the understanding of well, completion, and reservoir performance, individually and as a complete system (No ‘pasted in’ analytical solutions)
• True automatic adaptive finite element meshing in 4D provides resolution where it is needed, greatly reducing model set up times and run times while increasing accuracy
• Enables the testing of multiple reservoir scenarios taking into account all ‘matchable’ factors in reservoir performance
• Tested and fully validated three-phase black oil modeling technology
• Provides sufficient resolution around significant reservoir features and the wellbore to capture near well effects…faster and more accurately than ever before
• Accurately captures the flow behavior into the wellbore in tight-gas reservoirs, as proven by multiple validation cases and countless real-life projects
• Enables the revolutionary Dynamic Reservoir Characterization™ workflow
• Produces better results, faster, without occupying the time of the simulation group