LithoQB LithoQB Advanced seismic interpretation
RUEN

Use Cases

Working scenarios

From decomposition to geobody extraction

Object-oriented analysis

This workflow links the seismic cube and horizon with automatic frequency selection, color composites, and AI body extraction.

Sequence

  1. Seismic cube and horizon
  2. Automatic frequency selection
  3. Spectral decomposition
  4. RGB / CMYK visualization
  5. AI body extraction
  6. Morphometric analysis and facies maps

Examples

  • Paleochannel in the AC211 interval
  • Paleochannels in the Yu21 interval
  • Carbonate buildups in the B5 interval

Result

Moves from an attribute volume to body boundaries, morphometry, and facies maps inside one working workflow.

Thin beds and post-processing

Resolution enhancement

This workflow is aimed at vertical resolution enhancement with control of the result on sections and well ties.

Sequence

  1. Seismic cube
  2. Thin-bed inversion
  3. Frequency filtering
  4. Structural filtering
  5. Before and after section comparison

Examples

  • Section before and after processing
  • Control at wells 1 and 2

Result

Creates a cleaner and more detailed volume for thin-bed interpretation and subsequent inversion.

API

Data integration

Horizons, cubes, wells, and interpretation results can be transferred through API to target packages.

  • Import horizons, seismic cubes, and wells through API
  • Return interpretation results to target packages
  • Unified operating logic in standalone mode and in the integrated scenario