A new intuitive graphical user interface has been introduced in RMS 11 for facies modeling, improving user experience and performance, and allowing for more geometries to be included in the models. High resolution image
Roxar RMS 11 includes new facies modeling tools for channelized reservoirs, an improved user experience for oil and gas operators and new plug-in framework for future web and cloud-based collaboration
STAVANGER, NORWAY (July 23, 2018) – Emerson has launched RoxarTM RMS 11, the latest version of its reservoir characterization software. The software includes a powerful set of tools for developing smarter and more interactive reservoir modeling, facies modeling and unified tools for channelized reservoirs and region definition, and further strengthens Emerson’s end-to-end exploration and production (E&P) software portfolio.
The suite also comes with a new plug-in technology designed to ensure that RMS 11 is ideally placed for future web and cloud-enabled workflows and remains one of the most open and flexible reservoir characterization solutions in the industry today.
“Roxar RMS 11 is all about the users - enabling them to work smarter and get the reservoir modeling results and decision-making intelligence they need in less time,” said Kjetil Fagervik, vice president of Roxar software product development and marketing, Emerson Automation Solutions. “In putting innovation at the heart of the reservoir modeling workflow, users can look forward to a fully open, highly automated interactive reservoir modeling solution, leading to better and faster decisions and the very best information for future drilling, production and field development strategies.”
Key features of Roxar RMS 11 include:
Emerson’s Roxar RMS reservoir modeling software is a 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.