For a faster way of screening anomalies to confidently interpret your geology, GeoTeric incorporates RMS amplitude calculations in the iso-proportional slicing tool and also allows the creation of a volumetric RMS cube using processes and workflows. Learn more and follow our step by step guide to c...
The release of GeoTeric 2018.1.2 is out now - download the update today to gain access to its latest features. Key improvements include updates to the Link for Petrel, making the transfer of data quicker and easier for you to complete your workflows with GeoTeric.
One of the least known features within GeoTeric is the option for importing multiple well deviation files at once. This can be used for rapidly loading data from mature fields that may already have significant well control. This feature is built into the normal well loading process and is easy to use. The key to rapidly loading multiple deviation files is that all files must be in the same directory and must have the same format. Single cell values, such as well name, must be in the same location, and all data must be in the same columns in all files.
GeoTeric's Adaptive Fault workflow has been developed to produce rapid and accurate fault interpretations. This workflow makes use of GeoTeric's Noise Expression to produce the cleanest possible input data, Fault Expression to capture all fault information in one blend, and Adaptive Faults to provide the most intuitive fault interpretation experience. One tool that can add extra value at the end of this workflow is the Interactive Fault Slicing, which allows rapid comparison of responses across a fault plane.
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.
With the release of GeoTeric 2016.2.1, the user can now take advantage of the new Stratigraphic Slicing workflow. This workflow allows the user to rapidly create a series of stratigraphically conformant slices which can then be used to extract data from any of the volumes or colour blends available in their project. The Stratigraphic Slicing workflow consists of the following steps: