Download CGG Hampson Russell Suite v10.0.2 + license

CGG Hampson Russell Suite software crack download with full license provides the industry’s preferred comprehensive set of software products and support for E&P multi-disciplinary teamwork. High-end, cross-product workflows enable a better understanding of reservoir properties and how they evolve through the life of the feld. GeoSoftware helps reduce reservoir risk and uncertainty in seismic reservoir characterization, velocity modeling, advanced interpretation, petrophysics, rock physics, AVO and geological modeling. The GeoSoftware portfolio includes HampsonRussell, Jason, InsightEarth, PowerLog, EarthModel FT and VelPro.

Built-in, fully customizable workflows simplify projects by guiding you through the required steps while
linking parameters from one step to the next.
One Geoview interface has all of the functions for a reservoir characterization project. Available
workflows include:

  •  Poststack and prestack inversion, EEI (Extended Elastic Impedance) and stochastic inversion
  • AVO (Amplitude Versus Offset) modeling and analysis
  • Conditioning of prestack gathers
  • 4D volume matching
  • Joint PP and PS inversion
  • AVAz (Amplitude Versus Azimuth) analysis and modeling

AVO performs prestack seismic analysis and reservoir reconnaissance. This module has the tools for conditioning prestack seismic data to produce optimum attribute volumes, cross-plotting and interpretation functions for locating AVO anomalies, and AVO modeling tools for calibration.

Strata performs both poststack and prestack inversions. In the conventional poststack domain, Strata analyzes poststack seismic volumes to produce an acoustic impedance volume. In the prestack domain, Strata analyzes angle gathers or angle stacks to produce volumes of acoustic impedance, shear impedance and density.

Emerge is a geostatistical, attribute prediction module that predicts property volumes using well logs and attributes from seismic data. The predicted properties can be any available log types: such as porosity, velocity, density, gamma-ray, lithology and water saturation. Emerge can also be used to predict missing logs or parts of logs by leveraging existing logs that are common to the available wells.

LithoSI quantifes uncertainty in seismic lithology and fluid prediction. Using multiple elastic parameters from the inversion of seismic data, LithoSI performs a supervised Bayesian classifcation to deliver probability cubes of predicted lithology and/or fluid properties. The integrated inversion and classifcation workflow provides superior defnition of lithology classes and allows more accurate assessment of lithology probabilities.

RockSI is a powerful tool for exploring the link between rock properties and seismic data for quantitative interpretation and feasibility studies. It can create detailed Petro-Elastic Models (PEMs), calibrate them with well data, and generate 3D and 4D Rock Physics Templates which show the relationship between seismic attributes, lithology, saturation, and pressure. It also provides statistical rock physics capabilities using Monte Carlo simulation to create training sets for lithology classifcation when well data are sparse, or simulate the seismic signature of different production scenarios.

GeoSI is a prestack simultaneous elastic inversion that generates high-frequency stochastic models for high-resolution reservoir characterization and uncertainty analysis. It addresses the band-limited nature of deterministic inversion methods and integrates well data and seismic data at a fne scale within a stratigraphic geomodel framework.

ProAZ maps fractures and predicts stress by observing azimuthal variations in the P-wave seismic data. Prestack azimuthally processed seismic data are analyzed in terms of time and amplitude azimuthal variations attributed to anisotropic effects.

Pro4D provides the needed tools for any timelapse study. The aim is to track production-related changes in the reservoir and determine areas of bypassed reserves or ineffcient production. Pro4D’s complete suite of tools can model a whole range of anticipated reservoir scenarios, both at log and synthetic seismic scale in terms of temperature, pressure and fluid saturations.

ProMC allows consistent interpretation of multicomponent data. It addresses the challenges of differences in event times, frequencies and reflectivity between PP and PS seismic volumes. The easy-to-use and intuitive work environment offers interpreters the ability to handle the increased number of seismic and attribute volumes inherent in a multicomponent project.

MapPredict generates maps using both sparse data measured at isolated wellbores and dense data measured on a survey grid. It is a comprehensive, easy-to-use, map-based geostatistical software that
integrates datasets into accurate, detailed maps.

Geoview provides the power to visualize, interpret and manage seismic reservoir characterization projects easily and effciently. Seamless visualization and interpretation functionality offers the ability to
understand the reservoir complexity, while single window integration and data management tools make Geoview fast and easy to use.

Seismic This key product prepares and manages seismic data for use in seismic inversion, AVO analysis, reservoir characterization and visualization. Seismic editing is fundamental to the successful outcome of any analytical project.

Attributes is designed to create and extract collections of advanced, multi-trace seismic attributes. These enhance the ability of seismic interpreters to analyse frequency content, reduce noise and detect
fractures and other discontinuous features in seismic volumes. Singletrace attributes are available in other HampsonRussell products.

Batch Processing makes use of computing power outside of normal working hours and increases effciency by scheduling large jobs to run in the evenings or weekends.

AVO Fluid Inversion (AFI) estimates uncertainty in fluid predictions from AVO. AFI uses Biot-Gassmann fluid substitution, Monte Carlo simulation and Bayesian estimation to build fluid probability maps. These maps help in quantitative analysis of the probability of exploration success.

CGG Hampson Russell Suite software detail:

  • Supported operating systems: Windows x64
  • File Size: 700 MB
  • Activation with: license (Single-User)
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