Comprehensive Reservoir Engineering Collaboration Platform
Aspen RMS™ is a comprehensive geoscience and reservoir engineering collaboration platform designed to provide a shared space for geophysicists, geologists, and reservoir engineers. This platform offers a space to compile, visualize, and manage a wide range of subsurface data for fields of any size and complexity. By enabling smart, interactive reservoir modeling, Aspen RMS™ empowers users to achieve superior results in less time, ultimately streamlining the exploration process and accelerating field development.
Modeling Complex Facies of Depositional Environments
One of the key features of Aspen RMS™ is the unique algorithm it offers to easily model geological facies. By leveraging a combination of hierarchical modeling and Pluri-Gaussian simulation, users can accurately model complex facies of depositional environments. This advanced modeling capability enables users to enhance their reservoir modeling workflow, allowing for a deeper analysis and understanding of the reservoir.
Data Connectivity and Decision Making Empowerment
Aspen RMS™ goes beyond just modeling capabilities by enabling data connectivity through OSDU® Reservoir Data Management Services using RESQML/ETP. This connectivity supports collaboration with multi-disciplinary integrated data, facilitating a more holistic approach to reservoir management. By quantifying reservoir uncertainties and reducing geological risk across the entire value chain, Aspen RMS™ empowers decision making and helps users make informed choices to optimize field development.
Interdisciplinary Perspective and Optimization
The 3D modeling software provided by Aspen RMS™ allows users to integrate information from multiple sources, perform interpretations, and build reservoir models with captured uncertainties on data and interpretations. This interdisciplinary perspective enables users to manage and optimize the reservoir’s potential effectively. By leveraging seismic data and accommodating complex geologies, Aspen RMS™ provides faster, more robust, and reliable production models, ultimately leading to higher levels of operational excellence.