JewelSuite™ subsurface modeling software quickly builds and updates complex subsurface models accurately. We've integrated seismic, geologic, flow simulation, and geomechanical modeling into a single, multidisciplinary workflow, an industry exclusive. These four models in one offer you a comprehensive view of the reservoir faster with all asset team members, regardless of location, able to update the model working in our collaborative framework.
Building realistic, high-resolution, 3D finite-element models of reservoirs and overburdens in significantly less time is made simple through Baker Hughes' JewelSuite reservoir modeling software that now seamlessly connects to the SIMULIA's Abaqus brand of Dassault Systèmes.
The new JewelSuite 4D GeoMechanics module is unique in its ability to quantify stress changes, impact on production, long-term completion stability and fault activation. It allows Baker Hughes' customers to more accurately calculate deformations within and around the reservoir, as well as anticipate the necessary steps to mitigate subsidence.
The pairing of Baker Hughes's JewelSuite™ subsurface modeling software with SIMULIA's Abaqus Unified Finite Element Analysis (FEA) product suite creates a robust, single environment for integrated subsurface modeling and simulation and paves the way for future technology development. The JewelSuite software merges static and dynamic modeling to facilitate a smooth translation between geologic models and simulation models, helping operators create a field development plan to optimize performance.
The Abaqus FEA suite uses proven algorithms to simulate the nonlinear stress, large Abaqus, compaction and subsidence that can occur during production from hydrocarbon-bearing reservoirs. In addition, ABAQUS allows operators to analyze larger models with realistic detail.
The powerful, unique solution that emerges through this combination allows operators to predict and explain current and future full-field geomechanics behavior under drilling, stimulation and production scenarios for better field development strategies to help reduce costs and improve oil recovery.