The introduction of a volume-based modeling approach supports precise representation of geological complexity—to more accurately predict hydrocarbon accumulations. Geomechanical reconstruction validates interpretations in complex depositional environments. Further, geoscientists can now model 1D petroleum systems to determine charge maturity and risk.
The Petrel platform leverages advanced Schlumberger numerical simulators, which now include 3D geomechanical modeling of subsurface stresses, salt tectonics and wellbore stability, providing efficient 3D preproduction geomechanics and 4D modeling of producing fields. Reservoir engineering capabilities support complex well modeling to keep pace with completion design evolution. New production-analytics capabilities enable well performance analysis to diagnose production events and trends.
Customer Test Results
Petrel 2013 introduces a step-change in software beta test methodology. The Petrel platform architecture now tracks and audits beta testing, so that each of the broad range of capabilities is consistently and comprehensively tested. More than 30 oil and gas companies across the spectrum of majors, independents and national oil companies, as well as internal resources participated, culminating in more than 20 man-years of testing.
Powerful Productivity and Collaboration
The Studio* environment for Petrel allows E&P experts to find all relevant data, collaborate with peers and share best practices in the context of their workflow. Innovative indexing technology provides access to structured and unstructured data in Studio databases, as well as third-party applications and data sources.
2014-04-09
Schlumberger_Petrel_2013_crack
Schlumberger_Petrel_2013_crack
Advanced Science Addresses Key Technical Challenges
The Petrel 2013 platform delivers enhanced integration to address key challenges, for example accurate delineation of subsurface features in pre- and sub-salt reservoirs. The release brings improved salt interpretation workflows, augmented seismic imaging through pre-stack wide azimuth analysis, and improved links with Omega* seismic data processing software.
The introduction of a volume-based modeling approach supports precise representation of geological complexity—to more accurately predict hydrocarbon accumulations. Geomechanical reconstruction validates interpretations in complex depositional environments. Further, geoscientists can now model 1D petroleum systems to determine charge maturity and risk.
The Petrel platform leverages advanced Schlumberger numerical simulators, which now include 3D geomechanical modeling of subsurface stresses, salt tectonics and wellbore stability, providing efficient 3D preproduction geomechanics and 4D modeling of producing fields. Reservoir engineering capabilities support complex well modeling to keep pace with completion design evolution. New production-analytics capabilities enable well performance analysis to diagnose production events and trends.
Customer Test Results
Petrel 2013 introduces a step-change in software beta test methodology. The Petrel platform architecture now tracks and audits beta testing, so that each of the broad range of capabilities is consistently and comprehensively tested. More than 30 oil and gas companies across the spectrum of majors, independents and national oil companies, as well as internal resources participated, culminating in more than 20 man-years of testing.
Powerful Productivity and Collaboration
The Studio* environment for Petrel allows E&P experts to find all relevant data, collaborate with peers and share best practices in the context of their workflow. Innovative indexing technology provides access to structured and unstructured data in Studio databases, as well as third-party applications and data sources.
The introduction of a volume-based modeling approach supports precise representation of geological complexity—to more accurately predict hydrocarbon accumulations. Geomechanical reconstruction validates interpretations in complex depositional environments. Further, geoscientists can now model 1D petroleum systems to determine charge maturity and risk.
The Petrel platform leverages advanced Schlumberger numerical simulators, which now include 3D geomechanical modeling of subsurface stresses, salt tectonics and wellbore stability, providing efficient 3D preproduction geomechanics and 4D modeling of producing fields. Reservoir engineering capabilities support complex well modeling to keep pace with completion design evolution. New production-analytics capabilities enable well performance analysis to diagnose production events and trends.
Customer Test Results
Petrel 2013 introduces a step-change in software beta test methodology. The Petrel platform architecture now tracks and audits beta testing, so that each of the broad range of capabilities is consistently and comprehensively tested. More than 30 oil and gas companies across the spectrum of majors, independents and national oil companies, as well as internal resources participated, culminating in more than 20 man-years of testing.
Powerful Productivity and Collaboration
The Studio* environment for Petrel allows E&P experts to find all relevant data, collaborate with peers and share best practices in the context of their workflow. Innovative indexing technology provides access to structured and unstructured data in Studio databases, as well as third-party applications and data sources.
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