GeoTeric’s Adaptive Fault Interpretation

GeoTeric’s Adaptive Fault Interpretation provides a fast and accurate interpretation system which improves the efficiency of your fault interpretation.

The Adaptive Faults are data following fault sticks, which snap to discontinuities in reflectivity data, attributes or CMY Blends.  With just 2 clicks of the mouse you can have an accurate fault stick.   The Graph Theory looks at how similar the attribute, or break in the seismic data is from the background and determines the best route from first click to where the cursor is located. 

To start interpreting the faults, click on the Interpret module (figure 1) or right click in the 3D scene and select Adaptive Faults.  Either option will bring up the main Interpretation menu in the 3D scene.

Posted on 12 Oct 2017 | By Ryan Williams Read More

GeoTeric 2017.2 – Adaptive Fault Interpretation

GeoTeric 2017.2 continues to expand on our Adaptive Interpretation system by introducing Adaptive Fault Interpretation.

Posted on 02 Oct 2017 | By Julia Frick Read More

7 Tips for Using GeoTeric's Fault Expression Tool

In the previous post we covered the basics of using GeoTeric’s Fault Expression tool. The aim of that post was to take the user through all of the steps required to produce a reasonable first pass product. However there are also many variations and optimisation methods that can be used to give you different options based on the data you are working with.

Posted on 21 Sep 2017 | By Jacob Smith Read More

Fault Expression: A Basic Step-by-Step Guide

GeoTeric’s Fault Expression is an intuitive and flexible tool that allows the user to produce fault attributes, blends and detect volumes in one simple workflow. By providing a range of different parameters, the results can be optimised for any size or style of fault. In this blog post we will go through the process for successfully producing all of the products available in Fault Expression. Later posts will focus on optimising for different types of faults.

Posted on 15 Sep 2017 | By Luis Gomez Read More

Adaptive Geobodies Part 2 – High Definition Frequency Decomposition Based

In the previous Geobodies instalment, a geobody was created using a Standard Frequency Decomposition (FD) blend as this technique is useful in identifying subtle changes within a geological feature. In this post, an Adaptive Geobody will be created using a High Definition Frequency Decomposition (HDFD) blend. The matching pursuit techniques used in GeoTeric’s HDFD blending generates frequency decomposition results as close to seismic resolution as possible. This improvement in vertical/temporal resolution is traded off in terms of accuracy of frequency resolution.

Posted on 07 Sep 2017 | By Ryan Williams Read More

Adaptive Geobodies Part 1 – Standard Frequency Decomposition Based

The Adaptive Geobodies tool tool is based on generating delineating geological deposits from data values using model based delineation. It is a powerful and flexible tool which can be used in multiple ways. The basic techniques will be shown below and in this instalment the benefits of using a Standard Frequency Decomposition blends for creating geobodies.

The benefits of the different Blending techniques were outlines in the previous blog posts and here we will look at using the Standard blending method to extract geological features.  The Constant Bandwidth and Uniform/Exponential Constant Q are useful reconnaissance blends as they have very good frequency resolution but poorer temporal resolution. As a result it is possible to identify subtle frequency differences within these blends and subsequently extract them with the Adaptive Geobodies workflow.


Posted on 31 Aug 2017 | By Ryan Williams Read More

Horizon Rendering Options in GeoTeric

Horizons interpreted in or imported into GeoTeric have a variety of uses at all scales, whether for detailed reservoir interpretation, or regional mapping over huge areas.

To adjust the level of resources used by GeoTeric for visualizing and managing those horizons to suit the objective, it is possible to control the horizon mesh density from the Horizon Points options.

Posted on 24 Aug 2017 | By Tom Wooltorton Read More

Why Using Combined Fault Attributes Reveals More than Coherence Alone

By Randy Hee and Rachael Moore

Coherence Attribute

Coherence cubes calculated from 3D seismic provide a representation of the similarity (or dissimilarity) of the seismic waveforms and are therefore indicators of discontinuities in the seismic volume. One of the most common coherency algorithm employed is the well-known semblance, multi-trace correlation calculation (Marfurt et al., 1998) which identifies discontinuities and reflector distortions within the data.

Posted on 10 Aug 2017 | By Randy Hee Read More

Hints and Tips for Using GeoTeric's Well Log Correlation Tool

To gain a better understanding of the subsurface, start your Cognitive Interpretation workflow by correlating the well markers and lithologies between wells in GeoTeric. This will give you a better understanding of how the stratigraphy changes between wells before revealing the geology with Frequency Decomposition.

Posted on 03 Aug 2017 | By Rachael Moore Read More

Download: Advancing Seismic Interpretation with GeoTeric

Our latest download draws together insights from geoscientists and academics to show how GeoTeric's unique Cognitive Interpretation methodology enhances the seismic interpretation process.

Posted on 31 Jul 2017 | By Tanya Arrowsmith Read More