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SKUA Structure and Stratigraphy
Fast and accurate “true” 3D modeling (without pillars) One “true” 3D model with many direct uses (simulation, basin modeling, inversion, etc.) One model for structure, stratigraphy and reservoir grid Geologically constrained As a direct output...

Published: October 24, 2013

Analyze Production Data in SKUA

Published: December 15, 2013

SKUA-GOCAD and Flow Simulation
The SKUA-GOCAD™ Production Data Analysis and Reservoir Simulation Link modules provide direct connections to reservoir simulators from SKUA-GOCAD. The application enables the creation of input parameter files for commercially available reservoir flow simulators, the launch of simulation...

Published: December 10, 2013

GOCAD with SKUA (Russian)

Published: February 04, 2014

Reservoir Engineering
Toward geologically consistent production forecasts. Capturing the impact of interpretation and geological features on reservoir production leads to improved models which are easier to history-match, and which yield forecasts you can trust. With SKUA-GOCAD™, reservoir engineers create...

Published: December 10, 2013

Geophysics
Accurate interpretation is that crucial first step. Successful subsurface modeling depends on valid interpretation models and accurate time-depth conversions. However, traditional technologies struggle with ensuring the integrity of interpretations. SKUA-GOCAD™ by Paradigm®...

Published: October 21, 2013

SKUA-GOCAD
  Better field development through true collaboration and geological integrity.   From simple to complex: 20 years of high-quality subsurface modelingParadigm® GOCAD® has led the industry for over 20 years in providing the most advanced capabilities for seismic...

Published: June 13, 2013

GOCAD with SKUA (English)

Published: February 04, 2014

SKUA-GOCAD Facies Modeling
A toolbox of facies modeling algorithms enables the construction of geologically realistic reservoir models that honor geological concepts, wells and seismically derived constraints. User-built geological bodies can be used to reproduce any geological concept through a fast, object...

Published: October 24, 2013

SKUA-GOCAD Velocity Modeling
Solutions for seismic imagingParadigm® offers two complementary solutions for velocity modeling for seismic imaging purposes – Paradigm SKUA-GOCAD™ and GeoDepth®.For many years, SKUA-GOCAD has been used to create velocity models in many types of plays, including sub-salt...

Published: October 14, 2013

GOCAD
From simple to complex: 20 years of high-quality subsurface modeling.Since 2013, Paradigm GOCAD® and Paradigm SKUA® have been merged into one application, which is now available either as a standalone configuration or running on Paradigm Epos®. Projects from both GOCAD and SKUA can be...

Published: October 24, 2013

SKUA-GOCAD Reservoir Properties
Comprehensive suite of algorithms to reproduce your geological vision of the reservoir Integration of multiple sources of data to constrain your reservoir model Flexibility to capture your reservoir’s non-stationarity Easy-to-use workflow that ensures repeatability,...

Published: October 24, 2013

SKUA Upgrade
You shouldn’t have to model one surface at a time, when you can model the entire subsurface volume.The unique SKUA 3D volume modeling approach automates all fault network and stratigraphic horizon construction. All faults at once. All horizons at once. No, that’s not a misprint...

Published: November 26, 2013

SKUA-GOCAD LGR and Upscaling
The SKUA-GOCAD™ LGR and Upscaling workflow provides a systematic yet flexible approach to grid coarsening, grid refining (including local grid refinement/LGR) and property upscaling. Blocks of cells to be refined or coarsened are automatically identified using key features of the model...

Published: December 10, 2013

Compare GOCAD and SKUA
SKUA Benefits Subsurface Knowledge Unified Approach (SKUA) is today’s most advanced volume-based modeling method.  E&P professionals deploy SKUA to better model geology for more reliable reservoir prediction – and to gain very real technical and business benefits.Work...

Published: January 28, 2014

SKUA-GOCAD Saturation Modeling
A guided workflow for building 3D compartmentalized saturation models The Paradigm® SKUA-GOCAD™ fluid saturation workflow provides a guided process for building 3D models of initial water saturation, taking into account reservoir heterogeneities and compartmentalization. Many...

Published: June 30, 2014

SKUA-GOCAD Modeling while Interpreting
A geologically coherent structural and stratigraphic interpretation in one click.   Structurally consistent In order to validate the structural interpretation by looking at fault contact geometry, fault displacement maps, and fault seal potential, a 3D structural model must be built...

Published: October 15, 2013

Geology
A better geological foundation means a better production result. From well correlation to structural framework construction, 2D and 3D restoration, and fault seal analysis, The Paradigm® SKUA-GOCAD™ product suite offers geologic interpretation and validation combined with...

Published: October 24, 2013

SKUA Structure Uncertainty
Full comprehension of volumetric and fault seal uncertainties. Uncertainty in the position and shape of subsurface structures comes from many sources, such as processing and imaging, interpretation, velocity modeling, data quality and resolution, human error, etc. Uncertainty can have a major...

Published: August 17, 2016