Gas-Lift Optimization Using Proxy Functions Visualize reservoir simulation results in 3D.Ī Generalized Wellbore and Surface Facility ModelĪn Efficient Formulation for Simultaneous Solutionĭetermination of Active Constraints in a Networkįully Coupled Simulation of Multiple Reservoirsįully-Coupled Surface Network Model with Stacked Multi-Reservoir Model Visualize, validate, and analyze your Nexus surface network for complete tracking of fluid flow paths within the entire network.Ĭompute streamlines based on a full-physics Nexus simulation run with a methodology that retains the accuracy of the predicted flow. Run simulations of fluid flow for one or multiple assets, and model the reservoir, wells, and surface and subsurface facilities as a single system for the most comprehensive representation of asset behavior. Integrates many features with DecisionSpace® Earth Modeling, enabling collaboration of geomodelers and reservoir engineers.īuild full Nexus simulation decks or import existing files for editing, and generate the complete set of input files needed for Nexus reservoir simulation. Increase reservoir simulation efficiency by reducing the number of gridblocks while retaining important geologic features. With faster run-times and multi-reservoir modeling capabilities, Nexus tools increase both model accuracy and asset team productivity, yielding integrated solutions that help increase confidence in key decisions and lifecycle management strategies for optimum asset development. The Nexus® Software Suite for reservoir simulation equips reservoir engineers with the integrated modeling capabilities needed to assess, validate, plan and execute asset development optimization from start to finish. Asset development that maximizes production while lowering field costs requires optimum technical, operational, and economic performance over the entire lifecycle.
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