The GE IS210AEBIH3BED can sample the response surface to generate a set of runs that provide a direct statistical estimate of production uncertainty. In this way, reservoir engineers will have a clearer understanding 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.

IS210AEBIH3BED when used for cost-effective multi-implementation studies.The Tempest MORE 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 near-well physics – especially for condensate gas wells – enhance near-well characterization and prediction.Tempest MORE can be coupled with, and controlled by, external programs such as network simulators. The powerful, open protocols used make the integration of subsurface and topside calculations practical, and the combined system enables more realistic modeling of production systems.

The IS210AEBIH3BED’s wireless gateway connects a variety of PROFIBUS field devices and shares data between them.The ProSoft Wireless Protocol (PWP) allows data to be shared “wirelessly” between different industrial networks and protocols in a high-performance, secure manner. With this revolutionary technology, the ProLinx 6000 Wireless Gateway provides users with more flexibility than ever before, enabling heterogeneous networks to wirelessly share process and status data. It is shared by all application ports and serves as a conduit for passing information from devices on one network to one or more devices on other networks.