Webinar – Rapid Workflow: Sesmic-Well Tie

AttributeStudio 8.2 WEBINAR Rapid Workflow: Seismic-Well Tie and T-D Conversion The latest patch of AttributeStudio 8.2 provides an interactive and rapid workflow for generating T-D curves from synthetic seismograms and tie points for many wells in a 3-D survey. In this webinar, we will demonstrate the following steps in this...

Webinar – Interval Attribute Analysis Workflows

AttributeStudio WEBINAR Interval Attribute Analysis Workflows in AttributeStudio 8 AttributeStudio provides several workflows of interval attributes analysis, allowing seismic interpreters to delineate reservoir properties more effectively than horizon attributes. In this webinar, we will demonstrate the following typical workflows of analysing interval seismic attributes: Defining interval from horizon and strata-grid Extract...

Webinar – Facies Classification Using AttributeStudio 8.2

AttributeStudio WEBINAR Facies Classification Using AttributeStudio 8.2 Seismic facies classification is an attribute analysis and interpretation method that can help in identifying different seismic facies and depositional settings or structural features in the subsurface. It also can be used to delineate subtle variations and to detect patterns in the seismic...

Webinar-Effects of Bioturbation on Facies

SBED WEBINAR Effects of Bioturbation on Facies SBED™ technology models the small-scale sedimentary details that impact large scale reservoir performance. Burrowing organisms displace and mix sedimentary grain by burrowing, feeding and relocating. Their activity within the substrate can add to sedimentary heterogeneity, but more importantly alters horizontal and vertical permeability. Understanding...

Webinar – Small-Scale Models

SBED WEBINAR Small-Scale Models, Big Results SBED™ technology models the small-scale sedimentary details that impact large scale reservoir performance. Unlike conventional cell-based models, SBED models simulate bedding structures observed at core scale (where cell dimensions are millimeters to centimeters). By running petrophysical simulations constrained by bedding geometry, users can derive directional...