Paradigm and WITSML November 2005 John Turvill

New Efficiencies Quality Prospects through Concurrent Processes Project

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

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

Scalable Solutions

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

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

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

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

3D Visualization

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

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