Petrel Structural Framework Builder

Build accurate and robust structural models

Petrel Structural Framework Builder enables users to build accurate structural models at any scale or level of complexity. Modeling-while-interpreting supports instantaneous modeling of faults during interpretation. The volume-based approach used to build the model provides high accuracy, honoring the input data and allowing very complex settings and large thickness variations. The sealed structural framework can also be used as an input for the natural fracture prediction workflows.

Depositional space (depospace) models are created by structurally flattening sequences and geomechanically unfaulting and unfolding the model for more accurate modeling of subsequent depositional properties in a structural 3D grid.

Features

Construct structurally and stratigraphically accurate models, regardless of tectonic regimes
Perform volume calculation of the zones model
Construct realistic fault configurations, such as crossing (X), synthetic/antithetic (Y), lambda, reverse, growth or low-angle thrusts, and overturned structures
Simultaneously model all conformable horizons as a single conformable sequence using the volume-based algorithm, which prevents crossovers
Perform isochore calculation between horizons
Include nonconformable stratigraphy, such as the presence of multiple unconformities forming complex truncation patterns
Employ consistent fault displacements for horizons and consistent thicknesses of zones, with preservation of the integrity of the stratigraphic column
Create a depospace model to be used for more accurate property modeling by structurally flattening and geomechanically unfaulting and unfolding conformable horizons
Use the depositional model to create a subsequent grid to facilitate proper petrophysical and facies modeling in the depositional environment

Explore Petrel Geology & Modeling

Data Analysis

Exploration Geology

Facies Modeling

Fracture Modeling

GPM Geological Process Modeling

Mapping Module by Petrosys

Petrophysical Modeling

Structural and Fault Analysis

Structural Framework Builder

Play and Prospect Assessment

Well Correlation

Modeling-while-interpreting and structural framework building for accurate geological model generation.