Petrel seismic volume rendering and extraction

A fast, intuitive, and accurate approach to volume interpretation

Overview

Using the latest advanced GPU rendering, the Petrel™ Seismic Volume Rendering and Extraction module enables quick and interactive blending and rendering of multiple seismic volumes with extreme clarity to detect anomalies, delineate structural and stratigraphic features, isolate areas of interest, and then instantly extract what is visualized into a 3D object called a geobody.

Interactive geobody isolation and extraction and direct population into the 3D model. (Data courtesy of Geoscience Australia).

Interactive cross plotting of multiple attributes for seismic classification or quantitative interpretation workflow.

Extraction of gas sand as geobody in AVO reconnaissance workflows.

True 32-bit RGB color blending in spectral decomposition workflows.(Data courtesy of Geoscience Australia).

Applications

Interactive geobody isolation and extraction
Interactive cross plotting of multiple attributes for seismic classification or quantitative interpretation workflow.
Extraction of gas sand as geobody in AVO reconnaissance workflows.
True 32-bit RGB color blending in spectral decomposition workflows.
Interactive geobody isolation and extraction and direct population into the 3D model.

Benefits

You can use true 32-bit color blending and create complex selection events to delineate complex structural and stratigraphic features such as channels, deltas, or fractures. Extracting geobodies and assigning geological templates to them provides the bodies with instant geological meaning. Geobodies can be included directly in the 3D geological model.

Petrel seismic volume rendering and extraction

Interactive geobody isolation and extraction and direct population into the 3D model. (Data courtesy of Geoscience Australia).

Features

Render large seismic attribute volumes in the 3D window using box, horizon, and well probes
Sculpt seismic attribute volumes using multiple horizons
Perform interactive filtering using opacity and class selections on regional 3D seismic volumes to rapidly identify areas of interest
Extract single or multiple geobodies with a single click of a rendered seismic data
Extract geobodies directly from seismic intersections
Calculate volumetrics or sample the geobody directly into a geological model

Training