Petrel Tutorial -

[ OIP = GRV \times N/G \times \Phi \times S_o \times (1/FVF) ]

Use the workflow manager to automate repetitive tasks.

Run the realization process to convert the raw SEGY into an optimized Petrel format ZGY file. 3. Seismic Interpretation petrel tutorial

Once data is loaded, you begin interpreting the geology to build a framework.

Use the tool to manually pick fault planes on inline or crossline sections where seismic reflectors show distinct discontinuities or terminations. [ OIP = GRV \times N/G \times \Phi

Map the SEGY headers properly (inline and crossline byte locations, usually bytes 9 and 13 or 181 and 185).

: Import Log ASCII Standard (LAS) or DLIS files. Map your curves to standard Petrel templates (e.g., Gamma Ray to GR , Porosity to POR ). Ingesting Seismic Volumes Right-click the Input Pane and select Import File . Choose SEG-Y seismic data format. Seismic Interpretation Once data is loaded, you begin

Derive a permeability model by applying a co-kriging regression based on your populated porosity values. 6. Volumetric Calculations