1. Paradigm and WITSML November 2005
John Turvill

2. New Efficiencies Quality Prospects through Concurrent Processes
Project

3. The foundations The Virtual Project Common Visualization Canvas
Common Model
Productivity enhancements

4. Introducing the Virtual Project
Based on distributed data and interoperability
Data can be stored in heterogeneous repositories
Repositories are registered
The registration catalog is synchronized on all servers
The Virtual Project
A list of repositories assembled for a task
The project does not own the repository data
It can later be expanded to include more repositories

5. Scalable Solutions

6. Distribute Data – Share Visualization
Shared Visualization
Applications
εpos
GeoFrame®
OpenWorks®

7. Wellbore Placement Workflows
Reservoir
Engineering
&
Production
Co- visualization
Reservoir
Interpretation
&
Well Data
Geosteering
Reservoir
Placement
Real-Time
Update
Interactive
Well
Planning
Well
Program
&
Drilling
Design
Drilling
Optimization 3D
Seismic
&
Attributes
Offset
Drilling
Data

8. Geosteering Workflow OpsLink (WITSML) Geolog Geosteer VoxelGeo
Offset well properties
OpsLink (WITSML)
Real-time Survey Data
Geolog
Real-time LWD logs
3D Model Updates
Geosteer
Surveys, Projections
Targets, Horizons,
Faults, Uncertainty
VoxelGeo
DirectorGeo

9. DS-1™ Design Compliance
Validates well design
Compare alternate designs for fatigue
Fully integrated with Sysdrill engineering software
WITSML data input

10. 3D Visualization

11. Wellbore Placement Workflows
Drilling
Optimization
Well
Program
&
Design
Reservoir
Engineering
Production
Offset
Data
Geosteering
Placement
Interactive
Planning
Co- visualization
Interpretation
Well Data 3D
Seismic
Attributes
Real-Time
Update

12. Paradigm WITSML summary
Products to enable WITSML data driven workflows
WITSML enabled Applications
WITSML based infrastructure
Long term commitment to WITSML