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Your project CRS may become unfit as the study area grows More data translates to better estimation and lower risk. Thus, it is common to see Petrel projects growing in data volume and geographical coverage. Using SpatialQC, users can check when the project data has exceeded the CRS valid coverage ...
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Overview Circular gas charts have been in use for many decades in the natural gas production optimization and volume monitoring disciplines. There are multiple variants of gas charts with varying scale configuration depending on the manufacturer of the chart papers and recorders. Previously, readi ...
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Combining multi-scale data from geological, geomechanical, geophysical, petrophysical and engineering data, this model is the most comprehensive multi-scale framework designed for oil and gas applications in the industry. This static modeling module creates a 3D snapshot of multiple realizations of ...
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This module integrates rock and fluid mechanics, leading to an improved production forecast. This dynamic simulation modeling module utilizes a series of fundamental “time-aware” capabilities to analyze pore-scale to basin-scale dynamic behavior using multi-scale formulations. Multiple scenarios wit ...
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This module is used to optimize well operational parameters. Well-based applications such as drilling and frac’ing are modeled with this module by linking independently to the static, dynamic and time-lapse modules.

This module is used to optimize operations for EUR. It utilizes a proprietary calibration method that uses actual time-lapse(4D) data and realizations of subsurface conditions against model predictions to continuously improve estimates of subsurface rock and fluid dynamics. This approach has been pr ...
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One of the main issues in the multiple-point simulation is the lack of suitable 3D training images. TI Factory builds 3D training images on the basis of low-dimensional training images, i.e. sets of 2D and/or 1D axis-parallel sections. The 3D training image is built by performing a low-dimensional m ...
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Simulation of continuous properties DeeSse can perform multipoint simulation (using direct sampling strategy) not only on discrete properties, but also on continuous ones. The example shows a 2D continuous training image and the resulting simulation on a demonstration grid, using conditioning data. ...
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Impala is a fully parallelized algorithm for multiple point statistics simulation which is both fast and compact in terms of RAM requirement. Current version (Impala 2.1) has the following features: Uses a hybrid tree-list method allowing to optimize the storage and retrieving of the statistics ...
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Pluri-Gaussian Simulation (PGS) is a widely used method for simulating facies properties. The specificity of this method lies in its capacity to involve inter-facies relationships through a bivariate Gaussian truncation diagram (also known as the lithotype rule). Two Gaussian variables are simulat ...
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