Paradigm.Sysdrill.v2009 license

Paradigm Sysdrill is designed to reduce drilling risk and cost by enabling the drilling engineer to model every phase of well bore construction within a single application. The high level of engineering analysis available in Sysdrill enables users to identify and eliminate potential design problems with flexibility and accuracy.

The Sysdrill application suite includes well planning, survey management, anti-collision, torque and drag, hydraulics, casing design, cementing, and well control in a single integrated package.


Integrated well planning, drilling engineering analysis and visualization allows drilling engineers to perform quick and accurate well design by incorporating the geological model.

Paradigm Sysdrill is designed to reduce drilling risk and cost by enabling the drilling engineer to model every phase of well bore construction within a single application. The high level of engineering analysis available in Sysdrill enables users to identify and eliminate potential design problems with flexibility and accuracy.

The Sysdrill application suite includes well planning, survey management, anti-collision, torque and drag, hydraulics, casing design, cementing, and well control in a single integrated package.
Improve well planning accuracy
Target selection from seismic, reservoir, and log data for reduced well planning cycle times, improved wellbore placement, and reduced drilling risk
Geometric and engineering constrained well planning to ensure wellbore drillability
Positional uncertainty modeling to allow target sizing and survey tool program design
Improve drilling safety
Survey management and anti-collision analysis minimize the possibility of collision
Project-ahead-during-drilling and sidetracking help to determine how best to drill ahead and optimize wellbore positioning within the reservoir
Casing and mud design to ensure wellbore hydraulic integrity
Reduce drilling risk
BHA (bottom hole assembly) design to allow wellbore drillability
Fatigue analysis enables prediction and avoidance of mechanical failure of the drill string
Pressure data extractions along the wellbore to allow for avoidance of pressure hazards, improved casing seat placement, and optimized hydraulic design

Components of Sysdrill 2009:
Sysdrill Casing Design
Sysdrill Cementing
Sysdrill Designer
Sysdrill Director®
Sysdrill DirectorGeo™
Sysdrill Hydraulics
Sysdrill Torque and Drag
Sysdrill Well Control

Note: The following Paradigm applications can be used with Sysdrill to achieve extended workflows:
Geolog® Geosteer™
OpsLink®
VoxelGeo™