DecisionSpace® Petrophysics software closes the gap between petrophysics and critical geoscience and engineering workflows on a single data platform – thus enabling single-well, multi-well, reservoir, and field-scale petrophysical capabilities for the entire asset lifecycle.
Formation evaluation like never before
DecisionSpace Petrophysics software harnesses the power of the innovative DecisionSpace platform to bring new insights to your assets. From its industryleading information management platform to its timesaving petrophysical analysis capabilities, everything about DecisionSpace Petrophysics software is designed to make formation evaluation simpler and more efficient.
Collaborate across domains
DecisionSpace Petrophysics software encourages close collaboration among teams for between geophysics, geomechanics, geology, petrophysics, reservoir engineering, and production engineering. Real-time shared subsurface data, along with dynamic updates, enable continuous collaboration across multiple asset teams. Results include better reservoir definition, accelerated workflows, and safer operations – even in the most complex plays.
Whether you are looking at a single well or an entire basin, DecisionSpace Petrophysics software helps you deeply understand rock and fluid behavior, so you can make faster decisions, more accurate well placements, and improve net present value (NPV). Asset teams can now optimize performance throughout every stage in the asset lifecycle.
Rock Physics and Acoustic Waveform Processing
Acoustic waveform processing and diagnostics enable the user to process acoustic waveform data to determine compressional, shear, Stoneley wave, flexural, and quadrupole wave slowness as well as calculate cross-dipole anisotropy. The module uses semblance processing to generate correlograms, which can then be displayed as variable-density logs (VDL) and interactively picked to identify the various components of the waveform. Acoustic travel times can then be used in standard petrophysical analysis, e.g. porosity, multi-mineral solvers, as well as in Geomechanics, and Rock Physics modules to calculate elastic rock properties or synthetic seismograms.
Image analysis enables image log data from a variety of tools to be processed within the software – thus enabling picks, natural fractures, borehole breakouts, and drillinginduced fracture selections to be discerned. A 3D viewer for the Image Analysis module allows you to see a high-resolution, dynamic visualization of your image log data.
Unconventional Reservoir Evaluation
The unconventional option is used for quick computations and to assist selection of input parameters for the other modules in the Unconventional Resources suite. Total Organic Carbon (TOC) calculations can be performed from density relationships. Various density relationships are used to predict TOC and are combined through averaging.
The Cement Evaluation module is part of the cased-hole tool suite that analyzes the quality of the cement bonding behind casing and its likely ability to provide the required hydraulic isolation of zones within the well, based on imported cement bond log data.
The Rock Mechanics option computes dynamic rock mechanical properties and horizontal minimum and maximum stress magnitudes based upon bulk density, sonic Pwave travel time, and sonic S-wave travel time.
Geomechanics, Wellbore Stability, Pore Pressure, Fracture Gradient and
Sandpit3D – Sand Production Prediction Analysis
Petrophysics – Volumetrics, Saturated Water (Sw) Height Modeling, Flow
Units, 3D Mineral Solver, Monte Carlo Analysis, Curve Prediction,
Unconventional Evaluation Geosteering, Self-Organizing 2D/3D maps
Reservoir Engineering – Formation Test Analysis, Sw Height Modeling,
Hydraulic Flow Units
Formatted data loading, quality control, and editing tools speed up the delivery of quality logs to log analysts and petrophysicists. These tools include:
- Data viewers for log plots, cross plots, and histograms with statistical summaries
- Data listings
- 3D parameter viewer
- Well maps
- Multi-well correlations
- Montage viewers
DecisionSpace Petrophysics software leverages Landmark data management repositories, along with information management and platform technologies, including:
- OpenWorks® software for project data management
- Recall™ – Borehole data management software
- DecisionSpace InSite® software - for real-time data
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