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GEOLOGIC AND GEOPHYSICAL TECHNOLOGIES
Seismic Processing and Imaging
More Value from Your Seismic Data Our powerful flow builder and
extensive algorithm suite enables innovative parallel processing
workflows, which can quickly extract more information from your
data. Our processing engine efficiently handles even the largest
acquisition volumes, whether you are processing a modern survey or
revisiting the potential of a vintage survey.
Data Integrity in Complex Geology Our processing tools can
nondestructively remove acquisition footprint noise and deliver
precise data given todays complex acquisition parameters. Our
acquisition design tools for complex geology help ensure that you
are acquiring the right data to image the subsurface with
confidence. Our 5D interpolation and regularization tools allow for
geologically reasonable filling in of acquisition gaps in x, y, z,
offset, or azimuth space.
Production Throughput and Productivity By leveraging the
economies of scale in IT infrastructure advancements, our
high-performance computing (HPC) processing infrastructure can
maximize seismic processing throughput with data I/O rates of
several Gb per second per HPC disk appliance. This enables you to
decide your throughput simply by configuring your CPU, network, and
disk appliances.
Features
Easy-to-Use Interface Building, executing, and managing multiple
processing flows has never been easier in a production processing
environment. Datasets and tables can be interrogated and displayed
at the click of a button, providing direct interactive display of
trace data and 2D/3D/header/fold plots, as well as immediate access
to other dataset attributes, including processing history and
parent flow restoration. Graphical management of flows gives you
the ability to track job execution across all available computer
resources.
SeisSpace ProMAX software is a comprehensive seismic processing
system for large-volume land or marine surveys of 2D or 3D prestack
and poststack data. This system combines analysis tools,
geophysical algorithms, and an optimized parallel processing
infrastructure to quickly deliver large volumes of processed data.
With SeisSpace ProMAX software, you can:
Derive greater value from your seismic data investment with our
800+ algorithms
Increase productivity with our optimized volume-processing
engine
Reduce project cycle times with our parallel I/O
infrastructure
Better understand the subsurface and reservoir targets with our
modern depth-imaging algorithms and our integration with the
DecisionSpace interpretation system
The SeisSpace ProMAX software family includes ProMAX 2D, ProMAX
3D, ProMAX 4D, ProMAX VSP, and ProMAX Field packages.
Benefits
Understand Your Reservoir The software allows you to leverage
your understanding of the reservoir geology to guide seismic data
analysis, parameter selection, and processing workflow design.
Hundreds of our state-of-the art algorithms facilitate construction
of the optimum seismic image of even the most difficult geologic
targets. Seismic Compare and other interactive tools help you
better understand your seismic data. Collaboration between the
seismic processor and the interpreter can improve understanding of
seismic amplitudes and images. SeisSpace ProMAX software provides
integration between processing and the DecisionSpace seismic
interpretation system, which can reduce reprocessing bottlenecks
and enhance the seismic processors contribution to the asset
team.
SeisSpace ProMAX Software Family
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GEOLOGIC AND GEOPHYSICAL TECHNOLOGIES
Use single input and single output datasets for many replica
jobs across many nodes
Easily manage huge datasets
Append, add, or fix pieces of datasets
Recover from job or hardware failure without having to rewrite
the entire dataset
Interactively QC fold and header data in map, section, and cube
views as the data is processing
High-Performance Computing Environment Infrastructure
advancements include JavaSeis data support and an enhanced
trace-processing executive. These improvements in parallel
processing ensure optimal throughput in a distributed memory Linux
cluster environment. The SeisSpace infrastructure is designed for
efficient sorting, manipulation, and preparation of data for a
variety of geophysical processes. This enables you to efficiently
sort, manage, and process the multiterabyte datasets produced from
wide azimuth and multiswath acquisition methods.
Interactive Processing/Visualization Unlike conventional
processing technology, SeisSpace ProMAX software delivers unique
visualization tools that help you understand data quality-control
issues. These built for purpose visualization tools provide the
ability to navigate through data in 3D, and interactively apply and
evaluate the effects of various processing workflows. Visualization
capabilities enable rapid viewing of terabyte volumes of prestack
and poststack seismic data.
Data Conditioning The software includes hundreds of modules for
processing goals, such as statics, flattening, deconvolution,
filtering, multiple suppression, AVO, scaling, interpolation, and
velocity analysis.
Full-Wave 3D Geophysics In addition to the wide array of 2D and
conventional 3D algorithms, the software also delivers a series of
interactive full-wave 3D noise-suppression tools, like FKK and FXY
deconvolution, to provide advanced noise suppression.
JavaSeis Data Format JavaSeis is a data format developed for
execution in parallel environments. It allows reading and writing
to the same dataset simultaneously by independent jobs or
processes. This enables you to easily build jobs that optimally
scale across multiple nodes. The JavaSeis format supports up to a
5D seismic data framework, giving you the ability to:
HAL38482
Full-wave 3D noise-suppression tools provide you the ability to
compare and analyze processing parameters interactively. Left image
is input data; right image is same data with noise reduction
algorithms applied.
HAL38484
With interactive visualization tools, you can design FKK filters
that vary by azimuth, frequency, and surface location. Left image
is a wave number k versus frequency slice along a single azimuth;
right image is an all-azimuth kx versus ky slice through a specific
frequency.
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GEOLOGIC AND GEOPHYSICAL TECHNOLOGIES
Depth Imaging The processing tool kit provided in SeisSpace
ProMAX software includes prestack and poststack time and
depth-imaging algorithms, including comprehensive Kirchhoff
prestack, poststack, 2D, and 3D tools with support for anisotropy.
The SeisSpace Depth Imaging software suite can be added to your
SeisSpace ProMAX system as an add-on set of tools delivering
advanced imaging technology, such as reverse time migration,
acoustic and elastic forward modeling, illumination and visibility
analyses, tomographic velocity updating, and full waveform
inversion. Hardware / Operating System Requirements
Operating Systems
Linux Red Hat 5.x
Minimum Hardware Configuration
2 GB Ram/Core, Dual-CPU Intel or AMD Processors
Related Products
SeisSpace Depth Imaging SuiteOpenWorks
DecisionSpace Geoscience Suite
HAL38483
Advanced depth migration algorithms allow you to image beneath
complex geologic structures. Left image is a standard wave equation
migration; right image is advanced reverse time migration.
Development Kit for Proprietary Algorithms SeisSpace ProMAX
software provides a mature, stable platform for developing
proprietary algorithms. This environment makes it easier for energy
companies, contractors, and third parties to port and maintain
proprietary technology. The standard license includes a development
kit for building and integrating proprietary processing algorithms.
One of the key highlights of the development kit is the ability to
build true 3D parallel algorithms with FORTRAN , C, C++, or
Java.
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GEOLOGIC AND GEOPHYSICAL TECHNOLOGIES