.png?width=150&height=38&name=ESA_Logo2022_CW%20(3).png){kind=logo}
EarthNET TerraSaga
Embedding advanced RGT technology into the EarthNET cloud platform
You're just one click away from harnessing the power of our cutting-edge RGT technology and saying goodbye to horizon picking!
Seismic full stack volume, RGT volumes and horizons
Our RGT Journey: A Timeline of Innovation
2001: RGT correlation pioneered by TotalEnergies
2006: Scientific breakthrough with the GeoTime Method and Horizon Peeling techniques
2009: TotalEnergies launches RGT V1.0: RGT Dip
2009-2019: 3 successive theses improve the algorithmic framework
2023: Collaboration with ESA begins
2024: RGT integrated into ESA's EarthNET cloud platform.
ESA’s integration of RGT into the EarthNET cloud platform is a game-changer for geoscience. This collaboration combines TotalEnergies’ 20+ years of advanced RGT technology with ESA’s cutting-edge cloud infrastructure, transforming geological interpretation.
Seamlessly integrated with other EarthNET modules, users can effortlessly transition from RGT to 3D property prediction, unlocking faster, more precise data processing. Gain deeper insights into subsurface structures and stratigraphy while enjoying real-time collaboration, scalable data management, and enhanced computational power—delivering unmatched workflow efficiency and accuracy across the board.
Stratigraphic Insights
The RGT volume comes with a horizon stack where frequency decomposition attributes and an RGB blend is produced for each horizon. A video is produced automatically, and users can play up and down through the horizon stack to explore stratigraphic features.
Tributary gully system in the Parihaka 3D seismic survey. Provided by the New Zealand Crown Minerals.
Fault patterns in 3D seismic data from the Canning Basin. Provided by Geoscience Australia.
Structural Detail
The RGT volume comes with a horizon stack where frequency decomposition attributes and an RGB blend is produced for each horizon. A video is produced automatically, and users can play up and down through the horizon stack to explore structural detail.
Use images or videos to enhance appeal.
Deliverables
Spectral Decomposition: Enhanced visualisation
Our RGB Spectral Decomposition automatically selects optimal frequencies, enhancing visualization of complex geological features like thin beds and faults. This multi-dimensional approach delivers superior insights, especially for heterogeneous reservoirs.
RGT Volume: Elevate Your Interpretation
The RGT Volume integrates seamlessly into your workflow, mapping geological events consistently over time. It enhances accuracy in fault and horizon picking by aligning seismic data with geological time. Ideal for chronostratigraphic horizons, surface maps, geobodies extraction, and facies analysis, RGT Volume refines exploration strategies and reservoir modeling.
Mean & GCC™ Attributes: Precision in Seismic Analysis
Mean Attribute smooths seismic data along geological time for consistent results. GCC™ (Gradient Coherency Cube), our patented tech, excels in detecting subtle faults and fractures in complex environments, using multi-azimuthal data for high-resolution fault and sedimentary feature interpretation.
From RGT to 3D property prediction
Seamlessly integrate seismic data from any source and format, and supercharge your interpretation with RGT for automatic horizon generation. Our AI-driven tools for well data and seismic property prediction offer high-resolution subsurface insights, while EarthNET's advanced reservoir characterization ensures you build the most accurate models with ease.
EarthNET integrates seismic data from OSDU and legacy systems, supporting all major formats like .segy, .vds, and .zgy. Enjoy seamless data workflows and broad compatibility across seismic repositories.
EarthNET’s RGT module automates horizon and attribute generation, letting geoscientists focus on key areas. It speeds up interpretation and improves geological insights for more accurate reservoir characterization.
EarthNET AI seismic interpretation can be used to further refine horizon interpretation from RGT. You can use this module for interactive deep-learning based horizon, fault and geobodyinterpretation. Traditional manual and autotracking functionality is also available.
EarthNET’s AI Seismic Properties module uses seismic stacks, RGT’s chronostratigraphy, and AI Wells data to create high-resolution 3D property volumes, offering precise subsurface insights and reducing model uncertainties.
The ASI module, combined with RGT and AI Properties, feeds essential inputs into reservoir modeling software. It ensures accurate reservoir horizons, fault planes, and detailed 3D properties for robust models.
Maximizethe impact of your data with EarthNET’s powerful tools. From efficient and accurate structural seismic interpretation, to insightful property predictions, enjoy superior results that drive better decision-making and successful outcomes.
"Testimonials, reviews, or case studies to build trust. "
Explore our resources
Book a demo
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut suscipit porta dui nec hendrerit.
Get in touch
We are dedicated to helping our clients unleash the full potential of their data.
Let's talk about the opportunities, and explore how we can assist you.