RMS 10.1 offers the highest levels of integration between the seismic workflow and decision-making, enabling workflow efficiency gains and optimal reservoir management decisions. High resolution image
Emerson’s Roxar RMS 10.1 delivers workflow efficiency gains, enhanced visualization performance and presentation capabilities, and interoperability with Petrel* E&P software platform
STAVANGER, NORWAY (July 12, 2017) - Emerson Automation Solutions has launched the latest version of its reservoir characterization and modeling software, Roxar RMS 10.1. Through even greater advances to the seismic to flow simulation workflow and versatile decision-support tools, Roxar RMS 10.1 takes collaboration and integration between domains a step further, supporting optimal decision-making. RMS 10.1 is also designed to deliver greater ease of use and performance for improved productivity.
“Roxar RMS is all about getting the absolute best out of both your reservoir model and your people,” said Kjetil Fagervik, vice president of Roxar Software product development and marketing, Emerson Automation Solutions. “This is what we are achieving with the further development and expansion of our portfolio. RMS 10.1 delivers significant improvements across the geophysics, geology and reservoir engineering domains; provides highly accurate models and reliable simulations; and ensures that operators make the right field planning and reservoir management decisions for optimal production.”
Key features of RMS 10.1 include:
- Strengthening the Seismic to Simulation Workflow
RMS 10.1 introduces extended functionalities within the seismic domain, bridging the gaps between seismic interpretation and geological modeling. Features include enhanced seismic resolution on horizons and faults for more accurate interpretation; better Snap-to-Seismic capabilities where guide points can be displayed in 3D as well as on intersection views to improve interpretation and quality control; new structural modeling features through robust pinch-out modeling; and superior uncertainty representation around faults. The result is more robust, stable and reliable reservoir models. RMS 10.1 also comes with greater workflow integration between static and dynamic domains - thanks to an improved events management utility that strongly supports time-dependent data and facilitates both the building and maintenance of simulation-ready flow models. - Improving the Decision-Making Process
RMS 10.1 includes powerful displays where users can co-visualize, compile and analyze data from multiple sources, provides fast access to critical information through RMS Data Explorer, and enables the advanced presentation of graphical data through high quality hard copy capabilities. Other new features include improved IO (Input/Output) functionality and new well data management features. The result is complete data integration and no information silos, allowing field planning decisions to be based on the best possible information. - Performance, Productivity and Interoperability improvements
Finally, RMS 10.1 provides the user with increased performance through measurably more responsive and faster views, and greater interoperability through the Roxar API (Application Programming Interface). In addition to the numerous performance improvements, RMS 10.1 now offers the ability to transfer data from the Petrel* software platform to RMS in a one-step procedure, enabling extreme ease of transferring data from a seismic interpretation workflow in Petrel* to the RMS workflow.
Emerson’s Roxar RMS reservoir modeling software is an industry leading geosciences and reservoir engineering platform for seismic interpretation, well log interpretation and correlation, mapping, geomodeling, gridding and flow simulation. The software enables operators to integrate their data in one place and capture and propagate uncertainties across their workflows. For further information on RMS 10.1, visit www.Emerson.com/Roxar.
