The DecisionSpace® 365 Petrophysics (the 365 denotes iEnergy compatibility/compliance) software is a complete package for petrophysicists, geologists and reservoir engineers for controlling interpretation. This document contains important information about the fixed issues in the DecisionSpace® 365 Petrophysics software 10ep5.6.00. It also lists the new features available in the DecisionSpace® 365 Petrophysics software 10ep5.6.00. The software is also available via LSM as DecisionSpace® Petrophysics.

 

 

 

DecisionSpace® 365 Petrophysics is an integrated petrotechnical suite that helps operators to close the gap between different Petrophysics and critical geoscience and engineering disciplines with best-in-class solutions from exploration to production.

Users of DecisionSpace® 365 Petrophysics can have access to a wide range of petrotechncial tools that apply user-friendly workflows that help to interpret well data in a rapid and efficient manner with the best-in-class solutions on one single open platform and one single common database.

DecisionSpace® 365 Petrophysics software harnesses the power of the innovative DecisionSpace® 365 platform to bring new insights to your assets. From its industry-leading information management platform to its time saving petrotechnical analysis capabilities, everything about the software is designed to make formation evaluation simpler and more efficient.

New Features and Functionality:

DecisionSpace® 365 Petrophysics 10ep5.6.00 focuses on the following topics:

• License Borrowing (on-prem LSM release)

• Geomechanics

• Bugs and other fixes

Geomechanics

DecisionSpace® 365 Petrophysics 10ep5.6.00 includes a major enhancement for the geomechanics module:

• New Wizard for Shear Failure Stress Analysis calculations.

The new module includes a multi-step wizard approach to calculate shear failure stress gradient from several different methodologies. This release includes the Calculate elastic fracture initiation pressure method.

The Mohr-Coulomb failure condition, Drucker-Prager failure condition, Stassi-d’Alia failure condition and Modified Lade failure condition methods will be including in a future release of DecisionSpace® 365 Petrophysics.

The implementation has been inspired by the successful Drillworks® software, these methodologies have been valued by Landmark clients.

The DecisionSpace® Petrophysics software is the industry's first comprehensive petrophysical solution, from acquisition to reservoir characterization. The application is built on Landmark’s DecisionSpace® Enterprise E&P platform, and is based on industry standard project and corporate borehole data management. It also offers a complete end- to-end formation evaluation integrated solution for reservoir definition, from Acquisition - > ' Single ' -> ‘Multi-Well ' -> to Reservoir Scale. It also leverages the rich 2D/3D environment for asset teams.

The DecisionSpace® Petrophysics software enables continuous and iterative collaboration of real-time subsurface well log data and analytics across both geoscience and engineering workflows. You no longer a need to shift, export or manipulate borehole and log data when information is commonly available across asset team members through a single integrated, enterprise E&P platform.

Operators are now able to load, process, QC and perform petrophysical analysis on a single platform to eliminate data duplication and errors during transfers. The integrated end-to-end DecisionSpace® Petrophysics solution provides the essential looped workflow in 3D between subsurface interpretation, log analysis, and imaging.

The ability to integrate and dynamically update structural and 3D models while performing log analysis in the same integrated environment accelerates and eliminates errors.

DecisionSpace® Petrophysics provides a complete “Acquisition to Reservoir Characterization” solution.

For Wireline activities that acquire real-time log data, data clean-up, and process logs, the delivery leverages Landmark’s DSDQ (Data Quality), DropSite (web-based wizard for uploading data from a central site, while tracking data during loading workflow) and Raven for data management standards.

For domain interpretation and evaluation, the end-to-end formation evaluation tools that cover the following domains:

• Rock Physics (Acoustic Waveform)

• Geomechanics (Wellbore Stability, Pore Pressure, Sandpit3D – rock failure in sandstone reservoirs).

• Geology – Image Analysis, Rock Typing

• Petrophysics – Mineral Volumes, TOC Calculations, Saturation Height Modeling, Flow Units, 3D Mineral Solver, Monte Carlo Analysis, Curve Prediction, and Self-Organizing maps.

• Reservoir Engineering – Formation Test Analysis, Saturation Height Modeling, Hydraulic Flow Units)

• Production Engineering – Cement Analysis Geomechanics Example (sand production)

DecisionSpace® Petrophysics Software for Shale Reservoirs

Now petrophysicists, geologists, and reservoir engineers working on any unconventional play can leverage DecisionSpace® Petrophysics to better evaluate hydrocarbon saturation in shale reservoirs. Total Organic Carbon (TOC) calculations can be performed from density relationships. Multiple density relationships are used to predict TOC and combined through averaging. In addition, the density and Neutron porosity equations in Phi/Sw module have been modified to include the wt% and volumes of TOC (Kerogen) and Heavy Mineral (e.g. Pyrite, Apatite) to allow the correct determination of porosity and hydrocarbon volume in the pore space.

The following options are available for unconventional reservoir evaluation:

• Rock Mechanics: The Rock Mechanics Module computes dynamic rock mechanical properties and horizontal to vertical stress ratio based upon bulk density, sonic p-wave travel time, and sonic s-wave travel time. In addition, an estimate of the static Young’s Modulus based upon a correlation is included.

• Fluid Properties: The Fluid Properties module computes fluid properties based upon pressure and temperature as a function of depth, water salinity by zone.

DecisionSpace® Petrophysics Data Management Features

• Data Viewers for log plots, cross plots and histograms with statistical summaries

• Data Listings

• 3D Parameter Viewer

• Well Maps

• Multi-Well Correlations

Data Loading Capabilities Include Common Industry Formats

• ASCII

• LAS2, LAS3

• LIS

• DLIS

Landmark Data Management Repositories

DecisionSpace® Petrophysics leverages the following Landmark Data Management repositories, Information Management and Platform technologies.

• OpenWorks – Log Store

• Recall – Borehole data

• InSite - for Real-Time data

DecisionSpace® Petrophysics Editing Features

• Interactive Curve Edit

• Interactive Baseline Shift

• Interactive Trend/Square Curves

• Interactive Depth Shift with Auto Depth Match option

• Interactive Curve Splice

• Interactive Lithology Curve editor

• Curve Filters and Averages

• Curve Rescale

• Fill Data Gaps

• Temperature Gradient Calculator

• TVD Calculator

DecisionSpace® Petrophysics Multi-Well Features

• Multi-well Parameter Distribution - copy Parameter Sets from one well to other wells in the same project

• Multi-well Change Parameters - change one or more interpretation parameters and re- run the analysis with the new parameter(s)

• Multi-well Batch Operation – create and run scripts, on one or more wells, in a single 'batch' procedure

• Multi-well Correlation Viewer

• Multi-well Cutoff and Summation

• Multi-well Curve Statistics

• Manage Multi-well Header Info

• Manage Multi-well Curve Sets

• Manage Multi-well Curve Headers

• Manage Multi-well Zones/Tops

 

تیم PetroTools آخرین نسخه این نرم افزار را برای شما ارائه می دهد. جهت تهیه نرم افزار با استفاده از منوی خرید با ما در تماس باشید

For buy software, Please contact us via buy menu