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
Blueback Rock Physics
By Cegal (previously Blueback Reservoir)
Plug-in Attributes
Platform:
Petrel
Lifecycle
Exploration
ECCN:
UK, EAR99
Version
  • 2018 | 2019 | 2020
Supporting Documents
Installation Guide
Release Notes
Others
Overview

Blueback Rock Physics lets users create rock models, run fluid substitution, and create synthetics. Possible Rock Physics uses include:

  • Validation of reservoir property model by creating synthetics and comparison to seismic
  • Forward modelling to determine the reservoir geometry and correlating synthetics to seismic
  • Signature identification.
  • Tuning effect Studies
  • Invasion correction
  • 4D workflows
Specifications
  • Simplified approach allowing the use of complex rock physics concepts
  • Fully integrated with Blueback Rocks QI and Blueback Investigator
  • Create rock physics models
  • Elastic properties modeling
  • Optimized log blocking
  • Generate Impedances
  • Synthetic Seismogram modeling
  • Tuning wedge
  • 4D workflows
Features
  • Fluid substitution, impedances, synthetics, rock models can be defined in python scripts, and much more
  • Multi-well, 3D property model and seismic data
  • Petrel Workflow enabled for efficient quantitative interpretation
  • Integrated QC plots
Additional Information
Blueback Rock Physics offers new and interesting features around 4D seismic data analysis. It offers the possibility to compare numerical simulation data to seismic traces and to quantify the effects of fluid changes during production. Shift and strain in monitor and base seismic volumes can be computed to understand the impact of hydrocarbon production.