Collaborative Well Planning
Course Abstract


Show All Training Dates and Locations
.................................... ...........................................................................................
Description:
Collaborative Well Planning is a workflow that will allow an asset team to achieve successful well planning in complex reservoirs. This solution leverages subsurface interpretations or earth models and a shared 3-D visualization environment to generate targets and define complex well trajectories and platform positions. This highly integrated, collaborative environment facilitates multidisciplinary teams to incorporate risk and uncertainty into a workflow which can result in more rapid development path planning and increased wellbore accuracy. This three-day course is a comprehensive hands-on overview of Collaborative Well Planning workflow and its related applications. It covers asset model 3D visualization using DecisionSpace AssetView; Directional trajectory and targeting planning using TracPlanner software; Driller’s target calculation using PrecisionTarget software; Field development planning, cost analysis and development scenarios evaluation using AssetPlanner and ScenarioPlanner software.

Intended For:
Asset team members in general, Drilling and completion engineers, geoscientists, reservoir engineers and well planners or anyone involved in the planning process of well placement and field development scenario generation and evaluation.

Prerequisites:
The course is mainly practical, covering procedures and key feature and functions to perform the different tasks of this solution. Any one that will be using these applications can attend the course, however, some knowledge of directional drilling concepts is recommended.

Format:
Lecture/Lab

.................................... ...........................................................................................
Objectives: After this course, you should be able to:
 
  • Generate 3D asset model visualization sessions
  • Plan directional trajectories in the context of the earth model
  • Optimize platform locations
  • Perform advanced target uncertainty analysis
  • Generate quick field development well placement scenarios including cost analysis and comparison
 
© 2008 Halliburton | Privacy Policy | Legal | Back to Halliburton.com