D685A1156U01 improve accuracy and efficiency. Response surfaces can now be sampled to generate a set of runs that provide a direct statistical estimate of production uncertainty. In this way, reservoir engineers will have a clearer picture of predicted changes, can identify specific runs for further economic evaluation, and generate more accurate and realistic production scenarios for risk management.Tempest ENABLE can be applied to a variety of scenarios including site evaluation, brownfield development, optimization, and geologic uncertainty modeling.

The D685A1156U01 module is a modern, full-field physics simulator optimized for large-scale models, with advances in many areas. Parallel scalability has been enhanced and dual porosity runs are faster. Rock compressibility modeling, aquifer modeling, polymer simulation, and accurate treatment of physics in the vicinity of wells – especially for condensate gas wells – enhance characterization and prediction in the vicinity of wells. The modules are compliant with industry standards including TCP/IP, Modbus, and Optomux. ni cFP-1804 and cFP-1808 can communicate natively with a variety of protocols running on RS232 serial or Ethernet, including Modbus RTU, Modbus TCP, Modbus ASCII, Optomux, and National Instruments Event Driver Protocol. Instrument Event Driver Protocol.

The D685A1156U01 can load, plot and view results from hundreds of runs simultaneously. Scatterplots provide a simple and responsive way to plot 3D quantities such as porosity, permeability, and pressure, and enable engineers to easily explore correlations between grid attributes. Support for third-party simulators has also been further enhanced. Easily add extended I/O to most software packages, including National Instruments LabVIEW.