schlumberger Petrel 2015.1 win64
Well trajectory design in context of geological targets with the ellipsoid of uncertainty.
Enhance discrete and implicit fracture modeling
Enhance discrete and implicit fracture modeling
New tectonic modeling capabilities allow you to create tectonic fracture drivers to enhance discrete and implicit fracture modeling.
Finding, characterizing, and exploiting new and existing reservoirs is increasingly complex. To overcome these challenges, we must continually improve and bring innovation to the way we work. The Petrel E&P software platform addresses these challenges by bringing disciplines together with best-in-class science in an unparalleled productivity environment.
Petrel 2015 includes updates to geophysics, geology and modeling, petroleum engineering, drilling and the Petrel Guru module as well as to the integration with the Studio E&P knowledge environment.
Geophysics
The Geophysics core is a new core that leverages the Petrel E&P platform and provides a toolset tailored for geophysics workflows. It enables companies to undertake geophysical map-based approaches, covering seismic interpretation, well correlation, seismic well tie, seismic attribute computation, and structural framework construction. There is no geocellular modeling capability in this core.
Horizon interpretation can now be linked with stratigraphy, incorporates more metadata, and has improved rendering for large interpretation displays. It also incorporates a usability enhancement to switch interpretation modes quickly.
Seismic overlay in the interpretation now allows you to apply a user-defined opacity function for the displayed foreground vintage.
The Mixer tool is an intuitive and interactive visualization tool for comparing and evaluating multiple seismic cubes simultaneously and synchronously with three types of workflows: flip/roll, RGB/CMY blending, and masking.
A generalized spectral decomposition volume attribute provides a hybrid method of existing short-time Fourier transform (STFT) and continuous wavelet transform (CWT) techniques in the industry, allowing the interpreter to better control the vertical and the frequency resolution simultaneously.
Interactive mesh editing allows the interactive editing of any mesh body (for example, salt) using push/pull and smooth/refined functions for more accurate interpretation of complex shapes.
Velocity modeling performance and robustness has been significantly improved, allowing for simple velocity model building and faster depth conversion or advanced velocity modeling including average or interval velocity cubes.
Interactive bulk shift has been added to the seismic well tie process, as well as continuous alignment for accurate and fast ties.
Multiwell extended white wavelet extraction is available to extract wavelets from multiple wells at the same time.
Litho classification is now part of the Petrel Quantitative Interpretation module and is used to generate a lithocube from a seismic inversion result, including probability of hydrocarbon or rock typing.
QI crossplot has been enhanced to be able to incorporate more data types, such as horizon attributes and new PDF curves for lithology classification.
Geology & modeling
A new well model has been incorporated to support complex trajectory types for well surveys and plans as well as sidetrack or lateral wells.
Well correlation ghost curves allow you to create ghost curves for a single curve, for a single track with multiple logs, and for multiple tracks.
Geopolygon is a new data object for representing closed polygon data with holes and attributes for cultural data and prospect risk evaluation maps.
Volumes in place can now be calculated from the volume-based zone model of the structural framework.
Isochore/isopachs can be calculated directly from the horizon of the structural framework.
Stratigraphic layering allows a better generation of layers during the structural modeling process by using the implicit function from the volume-based modeling structural framework. It is specifically useful in the case of erosion and discontinuities.
Declustering options allow you to correct for sampling bias in either facies proportions and histograms or the petrophysical property distribution caused by horizontal and clustered wells.
Weighting option in scale-up well logs allows upscaling using a continuous log curve as weight.
Well list/saved search supports well data management and control visualization.
Petroleum engineering (reservoir and production engineering)
Production forecasting using decline curves analysis (DCA) can be conducted for selected phases of interest, noisy data can be excluded, and analysis parameters can be manipulated for best fit. Supported analysis methods include Arps, stretched exponential, Duong, and power law (Petrel 2015.2).
Reservoir calibration using industry-standard and Schlumberger patented rate transient analysis techniques.
Production interpretation, well deliverability, production analytics, and OFM data connector are now included with the Reservoir Engineering Core, Shale Core, and Combined Core licenses.
Grids for initial condition sets can be generated in two ways: the initial conditions process or the initialize from maps process. The initial condition process is now separated from the process for making a fluid model.
Well search based on production attributes in the Studio environment enables you to find and select focus wells based on KPIs, for example “time on production,” “total gas recovery till date,” etc.
Flexible units control for reservoir engineering means that you can define simulation input data in a unit system that is different from that used in other domains by independently setting or customizing the unit system in supported dialog boxes and spreadsheets.
Improvements in the performance of simulation export to the INTERSECT high-resolution reservoir simulator have been made.
3D results analysis is facilitated by one-button-click generation of multiple 3D windows, based on analysis purpose and based on case.
The use of repeat formation tester and production logging data in an objective function has been simplified.
Drilling
Drilling structure slots are used to accurately place the wellheads and to help organize wells on the platform structure.
Interactive well path design tools are provided for digitizing and dragging the design points in the 3D window.
Well plan objects can be searched in the Petrel index by performing a search in the Studio environment.
Traveling circles are 3D travelling circles created along the well plans to estimate the distances between the subject well and the nearby objects.
Lateral well plans can be inserted into the surveys and plans of a lateral well.
Anticollision refresh indicates if any input data has changed since the last calculation was performed.
Studio environment
3D grids and properties are now supported in the Studio environment for enhanced collaboration between geoscientists and petroleum engineers.
A new well model is fully supported, including trajectory types for well surveys and plans as, well as new sidetrack or lateral wells.
Microseismic and treatment data, geopolygons, drilling, and production have been added to the find workflows.
Sharing raster logs is now as easy as sharing conventional logs.
Horizon interpretation transfers are now 6 to 10 times faster.
Petrel Guru module
Integrated user assistance combines the help center, guided workflows, training, and context-associated support.
Quality reporting brings together tools to carry out quality assurance, tracking, guidance, auditing, and reporting at all steps of the Petrel workflow.
For a full overview of new features and enhancements of the Petrel 2015 release, refer to the 2015 What’s New Guide and the Petrel 2015 Release Notes.
Product:schlumberger Petrel 2015.1 win64
Lanaguage:english
Platform:Win7/WIN8
Size:2.2 GB