Rapid technological advancements have revolutionized our lives on both a personal and professional level over the last few decades. Only a few software technologies have survived and evolved in this rapidly changing world. GeoGraphix, the first Windows-based oil and gas platform, is one software that has survived the revolutionary upgrades that have occurred around it. […]
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GVERSE GeoGraphix modules interact very closely, allowing interpreters to visualize and use data or interpretation from one module to another with just a few clicks. Using the User Defined Equation (UDE) or the Petrophysics External Model (PEM) tools in GVERSE Petrophysics, you can create, edit, or personalize petrophysical equations. You can also edit (pre-load equations) […]
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Landgrid and cultural data can be imported into a GeoGraphix project using the LandNet module/application, which accepts data from a variety of commercial and government sources to manage cartographic data including survey data (e.g. Jeffersonian, Texan, Canadian, etc.), political boundaries, transportation, hydrography, and many other map features which provide a visual representation of the location […]
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In GVERSE Geophysics, while working in an interpretation, you can display the well bore as well as the different annotations on it, such as DST, IP, Production Test, Core, Completion, Formation Tops, and many others. This information can be displayed in either the 2D or 3D seismic interpretation. Here’s how you can display formation annotation […]
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GVERSE Geophysics is the best module to work with seismic data and generate very accurate seismic interpretation and models. Using GVERSE Geophysics, you can apply seismic prediction techniques, seismic attributes, colored seismic inversion, and much more. However, without a good and solid velocity model and velocity control, the seismic interpretation might not be as accurate […]
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Faults are important because they can help trap hydrocarbons, and if the trap has a large enough volume to store oil or gas, drilling and producing can become economically viable. The most straightforward way for geoscientists to identify a fault when interpreting seismic data is to observe a significant displacement in a set of seismic […]
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A common issue when creating IsoMap layers of thickness values (e.g. formation thickness, net pay, etc.) is how to accurately represent zero edges, especially when there are few actual zero values in a given dataset. This can be especially important when calculating volumetrics, for example. This blog provides a few tricks that should help users create zero […]
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Seismic attributes are generated by manipulating the original seismic data (using mathematics) to highlight specific geological characteristics of the area. Inside GVERSE Geophysics, the user will find a tool to create more than twenty different types of seismic attributes and apply them to interpretation with just a few clicks. Follow these steps for generating and applying […]
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The GVERSE Inversion plug-in is a colored inversion solution that provides a robust way to derive geological details in the form of relative impedance (rock hardness). When geosteering through a reservoir, the high resolution impedance calculated by the colored inversion ensure that the well is drilled through an ideal reservoir. GVERSE Inversion is completely integrated […]
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In GVERSE Geophysics, you can use the Facies Classification tool to study / create seismic facies classification, which is the analysis (description and interpretation) of seismic reflection parameters like continuity, amplitude, frequency and configuration within the stratigraphic framework of a depositional sequence, to determine lateral lithofacies and fluid type changes. Here’s how you can apply […]
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