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
Trajectory design in time
By Schlumberger
Plug-in Attributes
Platform:
Petrel
Lifecycle
Design | Execute
Domain:
Challenges:
Unconventional Shale
ECCN:
Malaysia, EAR99
Version
  • 2014
Supporting Documents
Installation Guide
Release Notes
User Manual
Overview

This plug-in enables users to design a well trajectory in time domain using three different modes:

  • Interactive
  • Optimized
  • Best fit

A variety of time domain relation can be applied including as average velocity, near well checkshot or polynomial function.
Tools are also included to shift fault interpretation laterally, display seismic amplitudes on shifted fault, and rotate/translate polygons.

Specifications
  • Interactive Trajectory design in time
  • Apply different types of time depth relationships
  • Apply different criteria to design a trajectory (DLS, max inclination)
  • Use Point Sets and/or Polygons as targets
  • Define best fit well for a well head and targets
  • Calculate all the possible well paths based on all well heads and targets
  • Create a simple report based for each calculated well
  • Snap a point during design
  • Insert a new point while designing
  • Move fault plane in a seismic cube laterally
  • Reset shifted fault plane to the original location
  • Includes tool for manipulating the polygons
Features
In interactive mode, a well trajectory will be calculated with limits of DLS and maximum inclination. Using the best fit method, well head locations, and point sets/polygons (drilling targets) will additionally restrict the calculation area. Finally, in optimized method, all possible well paths will be calculated and saved. Different time depth relationships can be applied for calculations.