Quantitative Interpretation (QI) (features)

The QI module allows you to predict lithology and fluid content away from the well bore through the use of amplitude analysis. You can use your data to perform robust risk assessment, account for uncertainty and ultimately foster confidence in the predictions.

The table below lists every process available with the QI module, from core quantitative interpretation workflows — such as EEI, Velocity Calibration and the LF Model builders — through to the supporting gather, filtering and volume-handling processes used to prepare and refine your data beforehand.

 

 

Processes Included
Angle Gathers Gather Picking Panel Spectral Decomposition
Angle Mute Header Maths Spectral Shaping
Angle Stacks Incoherence Spike
Anisotropic Model Conversion Instantaneous Attributes Spike QC
Automatic Gain (AGC) Intercept and Gradient Stacking
AVA Stack Rotation LF Model (3D Kriging) Stochastic Rock Physics Modelling
AVO Polynomial Fit LF Model (End Member Trends) Structurally-Oriented Filter (SOF)
Azimuthal NMO Scanner LF Model (Ghost Horizon Inverse Distance) Super Gathers
Band-pass Filter LF Model (Simple Kriging) Synthetics
Bandwidth Enhancement LithoFluid Probability Thickness Calculator
Body Detection Load Wavelet Trace Chooser
Constrained Simultaneous Inversion (Absolute) Local Trace Alignment Trace Padding
Constrained Simultaneous Inversion (Relative) Mistie Analysis Trace Shift
Convolution Model Builder True Amplitude Frequency Equalisation (TAFE)
Correlation (Similarity) Mute Gathers Velocity Calibration
Create Gathers Mute Table Velocity Model (From Well Checkshots)
Cross Correlation 2D NaN Removal Velocity No-Decrease
Curvature Normal Moveout Correction (NMO) Velocity Re-Datum
Curve Extrapolator (One Curve) Pick Multiple Horizons Volume Derivative
Curve Filter Predict Volume Integration
Delta Model Prior models (QI) Volume Interpolation/Extrapolation
Despike Reflectivity (Stack & Gather) Volume Merge
Dip Azimuth RMO Correction Volume Sculpting
Dip Field RMO Picking Volume Smoothing
Directional Correlation (Similarity) SEG-Y Output Vs or Density (from Vp)
Edges Semblance (Similarity) Wavelet Extractor (Bayesian)
EEI (Extended Elastic Impedance) Semblance (Velocity) Zero Phase
Fluid Properties Calculator Simple Structured Model EEI (Volume)