For subsurface teams looking to accelerate seismic inversion, model building, and overall reservoir insight, RokDoc 2025.2 introduces game-changing features:
RokDoc 2025.2 empowers geoscientists with tools that streamline workflows and enhance data interpretation.
New 2D Surveys Handling
Gone are the days of managing each 2D line separately. With our new 2D Surveys Handling feature, you can effortlessly group multiple 2D lines into a 3D-equivalent “multi-line” session. This innovation unlocks property modeling, advanced SDC workflows, Ji-Fi and model based inversions across your entire 2D suite in a single step. It’s never been simpler to interpret large-scale exploration projects spread across multiple lines, making your exploration efforts more efficient and cohesive. To support the increasingly large number of seismic geometries at the project level, data loaders have also been updated to allow for easier pre-stack seismic loading and folder-loading of multi-geometry horizons.
Options for bulk editing in the loaders further reduces clicks!
Advanced SDC Spectral Shaping:
We’ve relaxed constraints on the time window, allowing you to shape frequency content with greater freedom. This update also enables you to save frequency-domain volume sets without re-saving the entire recipe, making it easier to reuse or tweak your spectral data in subsequent steps. This flexibility ensures that your spectral analysis is both precise and adaptable, catering to the unique needs of each project.
Property Builder Function:
Our new Property Builder Function allows you to combine or alter volumes zone-by-zone, filling them with existing 3D data, nulls, constants, or scaled inputs. This tool refines your property model and facilitates quick scenario testing without the need for complex scripts. It’s an excellent way to isolate prospective intervals or incorporate background data for deeper context, enhancing your ability to make informed decisions.
Synthetics with Native Inputs:
Previous limitations of requiring Vp-Vs-Rho for synthetic seismic calculations have been lifted. With RokDoc 2025.2, you can now use synthetics with native inputs, such as Acoustic Impedance (AI) and Vp/Vs, when the two-term model allows. This flexibility broadens the scope of your seismic modeling, enabling more accurate and efficient synthetic generation.
The Importance of Quality Control (QC):
Quality control is paramount in reservoir characterization, ensuring that outputs are reliable and actionable. The log comparison tool in RokDoc 2025.2 allows you to examine correlation statistics between two logs, optimize lag/alignment, and filter by geological zones and wells. This tool is essential for validating characterization outputs and ensuring that your interpretations are grounded in robust data.
Measurement Points:
No more mouse-over on multi-quantities to capture values. With customizable measurement points, you can pick a point and view results across all available quantities. Save these results out of the project with a custom name for each point, enhancing data analysis and documentation. This feature provides a clear and comprehensive view of your data, facilitating better decision-making.
Conclusion:
RokDoc 2025.2 is a game-changer for reservoir characterization, offering tools that enhance both the functionality and usability of your workflows. Whether you’re managing complex 2D surveys, refining property models, or ensuring the quality of your outputs, this release empowers you to achieve greater accuracy and efficiency in your geoscience endeavors. Embrace the future of reservoir characterization with RokDoc 2025.2 and unlock new possibilities in your exploration projects.
We look forward to continuing to hear your feedback for future RokDoc releases!
Tags:
Reservoir Characterization, Rock Physics, Time Savings, Data Visualization, Software Release, Visualization, Performance, Usability, Prediction, Statistics, Seismic Inversion, Seismic Data, Reservoir Engineering, 2025.2, Quality Control, Data Analysis, 2D Seismic, Seismic Forward Modeling
Mar 19, 2025 11:27:23 AM