Sitemap

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Marine Acquisition
- Q-Marine
  - Enabled Techniques
  - Noise Performance
  - Q-Marine for Subsalt
  - Reservoir Characterization
  - Repeatability
  - Technology
  - Coverage and Safety
  - Q-Xpress
- Environmental excellence in marine operations
- Wide-Azimuth
- Coil Shooting
- DISCover
- CLA – Continuous Line Acquisition
- Featured Vessel
- Featured Vessel
- Featured Vessel
- Featured Vessel
- Featured Vessel
- Multicomponent Seismic Technology
Land and TZ Acquisition
- Worldwide Services
  - EcoSeis
  - dBX
  - Desert Explorer Vibroseis Technology
  - MD Sweep
  - Desert Explorer RTV
  - SHARP - Slip-Sweep and Harmonic Removal Procedure
  - Transition Zone solutions
- Previously Featured Land Crews
  - Crew 1752 Operating in the USA
  - Crew 1901 Operating in Libya
  - Crew 1645 Operating in Saudi Arabia
  - Crew 1755 Operating in the United Arab Emirates
  - Crew 1774 Operating in Algeria
  - Crew 3303 Operating in Kuwait
  - Crew 1325 Operating in Egypt
- Land Q-Technology
  - Cross Spread Comparison
  - Data Examples
  - Seismic Technology and the Life-cycle of an Asset
  - Reduced Turnaround Time
  - VIVID vs. Conventional Seismic Programs
  - UniQ
    - Integrated Source Controller
    - iManage
    - Real-time Quality Control and In-Field Data Processing
  - Q-Land
    - Geophone Accelerometer
    - Noise Attenuation
    - Enhanced Prestack Data
    - Q-Land Q-Xpress
    - Superior Signal-to-noise Ratio
  - Point-receiver Geophysics
  - Point-receiver Seismic Solutions
  - VIVID
Seismic Data Processing
- Ω-Suite
  - Ω-Signal
    - Multiple attenuation
      - 3D Demultiple Portfolio
        True-azimuth 3D GSMP
        Zero-azimuth 3D SMP
        WEM Modeling
      - Deterministic Water-layer Demultiple (DWD)
      - 3D surface-related multiple prediction offshore Australia
      - Weighted Least-Squares (WLS) Radon Demultiple
        Cascaded Radon Demultiple
        PRIMAL
        SWIPE: Shifted Apex PRT Demultiple
    - Signal enhancement
      - Amplitude Compensation
      - Layer Parallel Smoothing (LPS)
      - Stochastic Beta Deconvolution (SBD)
      - Poststack Wavelet Stabilization
      - Spatially Relative Amplitude Compensation (SRAC)
      - Over/Under Wavefield Separation
      - Compact Fourier Interpolation (COMFI)
      - Combined Source and Receiver Over/Under
    - Data calibration and regularization
      - Prestack Regularization
        Prestack Regularization Techniques
      - Wave-Height Corrected Seismic
      - Calibrated Marine Source (CMS)
      - Receiver Motion Compensation (RMC)
      - Directional Designature
    - Noise attenuation
      - Digital Group Forming (DGF)
        Geometry Compensating DGF
      - Point-Noise Attenuation
      - SWATT
      - Random Noise Attenuation (RNA)
      - Lacona
      - Multicomponent Adaptive Noise Elimination (MANE)
      - Rayleigh Wave Inversion
  - Ω-Time
    - Time Imaging Technology
      - InVA: Dual-parameter Anisotropic Velocity Analysis
      - Anisotropic Turning-wave Kirchhoff Prestack Time Migration
      - Enhanced Migration Amplitude Normalization
      - Long and Medium Wavelength Statics Solutions
        Solving deeply buried statics, offshore West Africa
      - InVA: Interactive Velocity Analysis and QC
      - Spatially Continuous Velocity Analysis (SCVA)
      - Moveout Stretch Compensation (MSc)
      - Dense Velocity Analysis (DVA)
      - P-wave Azimuthal Anisotropy Analysis
      - Tomography/Inversion Portfolio
        CIP-Tomo
        Full Waveform Inversion (FWI)
        Multi-azimuth Tomography Workflow
        Diving-wave Refraction Tomography
        Subsalt WEM Velocity Scans
      - REVEAL
      - VIVA: Visually Interactive Velocity Analysis
  - Ω-Depth
    - Tomography/Inversion Portfolio
      - CIP-Tomo
      - Full Waveform Inversion (FWI)
      - Multi-azimuth Tomography Workflow
      - Diving-wave Refraction Tomography
      - Subsalt WEM Velocity Scans
    - Velocity Modeling and Update Workflows
      - i2i - Velocity Model Building
        Why Use i2i?
        i2i: Illumination Analysis Toolbox
        Residual Move-Out QC (RMO QC)
        Velocity Modeling
      - Dip estimation using Plane Wave Annihilators (PWA)
      - Effective Stress Compensation (ESC)
      - 3D OBC PP/PS prestack depth migration
      - Dense Anisotropic (TTI) Angle Gathers from RTM for High-Fidelity Model Refinement
    - Prestack Depth Migration Algorithms
      - Reverse Time Migration (RTM)
        Dense Anisotropic (TTI) Angle Gathers from RTM for High-Fidelity Model Refinement
      - Common Azimuth Wavefield Extrapolation Migration
      - Beam Migration
      - Kirchhoff Prestack Depth Migration
        Case History: Anisotropic dual-azimuth PSDM
      - Enhanced Migration Amplitude Normalization
  - What's New in the Ω-Suite
  - Ω-Vector
    - Multicomponent Processing Technology
      - Converted-wave Processing and Imaging
        Anisotropic PS Kirchhoff PSTM & PSDM
      - Advantages of OBC Acquisition
      - PZ processing and Imaging
      - Azimuthal Anisotropic Analysis
      - Multicomponent Interpretation and Event Registration
      - Joint PP-PS Inversion
    - Multicomponent Processing Experience
    - Multicomponent Applications
    - Advanced Multicomponent Processing
  - Ω-Reservoir
    - AVO Conditioning
    - SDA-Decomp
    - Wedge Modeling
  - Ω-Production
    - Enhanced 4D Trace Binning
    - Rock Physics and Fluid Substitution Modeling
    - Seismic Response Modeling
    - Earth Model and Simulation-based Modeling
    - Wave-Height Corrected Seismic
    - Time-lapse Binning
    - Low Frequency Specific Matching
    - Signal-only Matching
  - Technology: Infrastructure and Integration
    - OMEGA2
    - i2i - Velocity Model Building
      - Why Use i2i?
      - i2i: Illumination Analysis Toolbox
      - Residual Move-Out QC (RMO QC)
      - Velocity Modeling
    - MMRD - Multi-Measurement Reservoir Definition
    - GigaViz - Visualization in the DP workflow
- Signals
- Reservoir Seismic
  - Integrated Project Design
  - Well-Driven Seismic
  - AVO and Inversion
    - AVO Conditioning
  - Multicomponent Reservoir Definition
  - Time-lapse Analysis and Interpretation
    - Interpreting Time-lapse Information
    - History Matching Using Time-lapse Seismic Data
    - Using Time-lapse Saturation
    - Stochastic Simulation
- Processing Q-Technology Data
- People and Knowledge
  - Seismic Data Processing – People
  - Reservoir Seismic Services – People
    - John Waggoner
    - Nader C. Dutta
  - Training, Development and Recruitment
  - Knowledge Management
- Seismic Processing Portfolio
Electromagnetics
- Controlled Source Electromagnetics
  - CSEM Transmitter
  - Electromagnetic Receiver
- Marine Magnetotellurics
  - Multimeasurement Constrained Imaging
  - First Application of Marine Magnetotellurics improves depth imaging in the Santos Basin - Brazil
- Land Electromagnetics
- EM-Connect Software
- WinGLink Software
  - Maps
  - Soundings
  - P-Sections
  - X-Sections
  - 2D Inversion
  - 3D Modeling
  - Interpreted Views
  - Tools
  - WinGLink Modules
  - How to get WinGLink package
multiclient

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