Emerson upgrades reservoir engineering suite, Roxar Tempest
Category : News
STAVANGER — Emerson has announced the release of Roxar Tempest 8.4, the latest version of its integrated reservoir engineering suite. Tempest allows users to perform advanced reservoir management as well as flow simulation on a broad spectrum of physical models and under varying reservoir conditions. The latest release enhances automation by allowing the use of Tempest technology inside already established geoscience workflows. This release further strengthens Emerson’s end-to-end exploration and production software portfolio, ensuring operators can efficiently exploit reservoirs to achieve Top Quartile performance.
Tempest 8.4 extends support for industry-standard reservoir simulators, enabling users to smoothly convert pre-existing models to run inside the Tempest MORE simulator. This compatibility is complemented by an expansion of the simulators supported by the assisted history matching and uncertainty analysis tool, Tempest ENABLE. Simulators such as GEM* or INTERSECT** can now be used within the ensemble-based Big Loop workflow, to ensure that geologic and geophysical constraints are honored when matching production.
The advanced science and usability advantages of Tempest are maintained with new viscosity modeling options, new stochastic workflow analysis tools and a range of user requested features, including Python-based scripting to extend the simulation capabilities at run time.
“The new features in Tempest 8.4 will play a key role in increasing operators’ confidence that their investments will yield the predicted improvements to production volumes and financial returns,” said Somesh Singh, chief product officer for exploration and production software at Emerson Automation Solutions.
Tempest is an integrated software suite that runs on Windows and Linux. It provides a wide range of reservoir engineering features and is used in hundreds of installations worldwide. All modules can be deployed together or separately within third-party simulation workflows.