GVERSE Geophysics is a seismic interpretation and analysis module that is 100% integrated with all the GVERSE and GeoGraphix modules. In GVERSE Geophysics, users can create synthetics, geobodies, pick faults, seismic attributes, autopick 3D horizons and more. With autopick horizon 2D, horizons can be tracked on intersecting 2D lines based on a marked horizon on […]
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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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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GVERSE Geomodeling is a sophisticated integrated solution for subsurface geological and reservoir modeling. Detailed analysis of the reservoir is always crucial prior to field and well planning. Zone maps include property maps calculated from attributes within a zone defined by a top and base formation (or unconformity). Zone maps can include: Gross TVT (Isochore) or […]
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Do you want to improve the accuracy of your analysis when working with faults and fault segments? GVERSE Geophysics allows you to mark faults and edit fault segments more precisely on vertical or horizontal seismic displays, as well as directly in the 3D view. Using fault triangulation algorithms, you can automatically interpolate fault surfaces, producing […]
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