Internet Explorer 9 and Safari users must enable TLS in their browser settings (The new Ocean website uses TLS for enhanced security). Accept
* Internet Explorer version 9: Enable TLS versions 1.0. 1.1 and 1.2 in your Browser settings (Internet options > Advanced > Settings > Security).
* Safari: Enable TLS versions 1.0. 1.1 and 1.2 in your Browser settings (Preferences > Advanced Icon > Change Settings > Advanced Tab > Settings).

Ocean does not support Internet Explorer versions 8 and below. Get Latest Version
If you still have trouble, you should also clear your browser cache: press Shift-Ctrl-Delete [any browser, except Safari] and delete all items.
Further questions can be submitted via Contact Us
Bridge Electromagnetics, 3D EM Forward Modeling
By Cegal (previously Blueback Reservoir)
Plug-in Attributes
Platform:
Petrel
Lifecycle
Exploration
ECCN:
Norway, EAR99
Version
  • 2018 | 2019 | 2020
Supporting Documents
Installation Guide
Release Notes
Others
Overview
The Bridge Electromagnetics (EM) plug-in consists of a series of modules for visualization, data QC, EM attribute analysis, EM forward modeling and EM inversion analysis. The 3D EM Forward Modeling module complements the 2.5D forward modeling with more details when doing a detailed prospect evaluation. The technology used in the 3D modeling algorithm is based on technology from the Blueback partner TechnoImaging.
Features
3D EM forward modeling is traditionally a time consuming process, even when having access to large cluster computers. The 3D algorithm now available in Bridge provides a very fast solution through the use of the integral equation formulation of the simulation problem. By constraining the 3D volume to a limited region of interest we have been able to reduce the amount of calculations significantly. This makes the module perfect for reservoir characterization and sensitivity studies where many iterations of the 3D modeling must be done. By combining the 3D forward modeling capabilities with the already existing 1D and 2.5D modeling tools one can also incorporate bathymetry effects and background trends in modeling, which can be of crucial importance in sensitivity and feasibility studies.