slb

The Petrel Structural Framework Builder module allows you to build accurate structural models at any scale or level of complexity. Modeling-while-interpreting enables instantaneous modeling of faults during interpretation. A volume-based approach is used to build the model providing high accuracy, h ...
Read More ...

The Petrel Structural and Fault Analysis module allows for more accurate mapping of faults, rapid definition of critical flowing or sealing windows along the faults, better integration of fault properties and geometries within the simulator, and the ability to easily tune fault data to observed core ...
Read More ...

Structural interpretation in the Petrel E&P software platform improves the understanding of structure and delineation of fault and fracture networks through various advanced edge detection and illumination attributes (including Ant Tracking). Tectonic and depositional relationships can be unders ...
Read More ...

The Petrel Facies Modeling module enables the population all geocellular grids with discrete property values for geological characterization of your reservoir. It enables both simple and complex workflows—such as seismic-driven modeling in which probabilities can be used in several different ways to ...
Read More ...

The Petrel Classification and Estimation module enables the use of neural networks and train estimation models to help estimate properties or probabilities. Combining several different data objects or attributes, the module increases interpretation confidence and accuracy during reservoir modeling b ...
Read More ...

In regions with sparse well data, seismic attributes are a key component in distributing properties in a 3D structural grid away from the wells. The Petrel Seismic Sampling module enables bringing seismic attribute data directly, or in the form of extracted geobodies, into the 3D structural grid. F ...
Read More ...

Petrel Fracture Modeling offers full flexibility for both stochastic and geomechanical fracture characterization, utilizing either stochastic or deterministic methods. Fractures can be modeled as either discrete or implicit fractures or a combination of both. Additionally, a geomechanics method mode ...
Read More ...

Across the breadth of hydrocarbon exploitation there is uncertainty from acquisition, analysis, application, technology, and economics, all the way to timing and resources. This array of variability presents a great challenge with assessing the viability of recovering hydrocarbon. The key is to qua ...
Read More ...

Field development and rejuvenation is becoming increasingly more complex and costly. Often, the main reason for this is the lack of data and understanding of the reservoir. This can propagate into doubt, and the potential use of non-representative models to support investment decisions. Capture sta ...
Read More ...

The Petrel Seismic Interpretation module enables basin-, prospect-, and field-scale 2D/3D seismic interpretation and mapping. You can work with thousands of 2D lines, thousands of kilometers, and multiple 3D vintages and surveys—across multiple coordinate systems with very high visualization perform ...
Read More ...