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| Overview |
Benefits |
Features |
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FAQ |
Requirements |
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| The Paradigm™ Sysdrill® integrated suite of well planning and drilling software solutions helps operating and drilling service companies to enhance well planning accuracy, reduce drilling risk and uncertainty, quantify wellbore position and precision, and improve drilling safety. Paradigm software is independent of traditional oilfield services, and our unbiased solutions help customers achieve their drilling objectives with no conflict of interest. |
Sysdrill well planning and survey management software solutions include:
Sysdrill Designer: A powerful well planning tool fully embedded within the Paradigm SeisEarth® multi-survey interpretation and visualization application. Sysdrill Designer allows geoscientists to quickly produce well designs based on a set of predefined drilling constraints, after targets have been interactively selected in the SeisEarth 3D Canvas. The tight integration enables well designs to be visualized in the SeisEarth 3D window together with regional subsurface data.
Sysdrill DirectorGeo: Seamlessly linked to Paradigm VoxelGeo®, integrates well planning with volume-based seismic interpretation in a single environment. An efficient combination that enables multi-disciplinary teams of geoscientists and drilling engineers to plan, drill and monitor wells in real time.
Sysdrill Director: Combines flexible well planning with advanced error modeling and anti-collision techniques to allow drilling engineers to safely and accurately plan, drill and monitor directional wells. |
Sysdrill Designer
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Multiple target picking and automated well planning enable rapid well design.
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Pre-defined drilling constraints reduce well planning cycle times.
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Control inclination and direction at target to optimize entry into the reservoir.
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Co-visualization of drilling and subsurface seismic data helps validate well designs.
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Platform and slot support enables rapid field development scenario planning.
Sysdrill DirectorGeo
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DirectorGeo and VoxelGeo enable multi-disciplinary teams to plan, drill and monitor wells in a single system, ensuring optimal wellbore positioning in the reservoir.
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DirectorGeo automatically updates directional survey data in real time via WITSML, allowing team-based decisions about drilling ahead.
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Direct access to pressure profiles along any planned well for integrated well engineering using Sysdrill solutions.
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Seamless integration with the Sysdrill drilling suite enables ‘on-the fly’ wellbore drillability analysis.
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The technology is independent of the drilling service companies - you plan the wells you want to drill.
Sysdrill Director
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Automated well planning enables quick and easy well design.
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Geometric constraints, such as inclination and direction at target entry, optimize the design.
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Offset wells and well logs can be loaded from Epos and co-visualized, for collision avoidance and identification of geological features.
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Sysdrill Designer:
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Fully interactive well planning in 3D Canvas in time migrated and depth domains
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Graphically picked and edited entered surface and platform locations with RKB definition
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Graphically picked and edited entered sidetrack points
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Graphically picked and edited geometric targets, including 3D and polygonal targets
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Automatic generation of geometrically valid wellpaths to single or multiple targets
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Well path design based upon predefined constraints
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Easy-to-use, editable wellpath design: Vertical, J, S, and Continuous Build profiles available
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Shared display: Well paths are displayed in the 3D Canvas window with volumes, interpretations, faults, horizons and culture data used to validate the plan against the prospect.
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Connectivity with Epos: Well plans stored in IDEAS drilling engineering database.
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ASCII export: Wells and targets can be exported in common formats for use by third-party planning applications.
Sysdrill DirectorGeo
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Seamless interactive well planning in VoxelGeo
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Instant 3D visualization of the wellbore design in VoxelGeo, including targets, casings and wellbore uncertainties
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Interactive picking and moving of multiple targets
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Ability to compute and visualize expected wellbore positional uncertainty to determine the feasibility of geological prospect drilling
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Anti-collision analysis incorporating wellbore positional uncertainty
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Horizon extraction for intersection computation and measurement of distance from well to geological features, e.g. faults
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Visualization to avoid geohazards and areas of high pore pressure, with direct extraction of pressure values along any wellpath in pressure volumes
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Real-time, directional survey data loading, using Paradigm’s WITSML technology, for automatic computation of the actual wellbore position as drilling progresses
Sysdrill Director
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New graphs for survey management - New in Paradigm 2011!
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Powerful, flexible well planning spreadsheet, including access to pre-defined wellpath profiles
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Automatic well planning option or quick well design
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Robust database, scalable from the wellsite to the corporate data store
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Full range of error modeling techniques for MWD, gyro and inertial downhole survey instruments, including full support for ISCWSA magnetic and gyro error models
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Ability to compute and visualize expected wellbore positional uncertainty to determine the feasibility of geological prospect drilling
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Fast, flexible anti-collision analysis incorporating wellbore positional uncertainty
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Interactive 3D HTML viewer
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Powerful engineering plotting with user-extensible set of plot templates
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Real-time, directional survey data loading, using Paradigm’s WITSML technology, for automatic computation of the actual wellbore position as drilling progresses
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Flexible graphical capability to project current wellpath ahead of the bit
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Complete integration with the Sysdrill suite of drilling applications
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| System Requirements Sysdrill |
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- Microsoft® Windows® 7, Vista, XP Professional (32 and 64-bit) )
Interoperability Options
- Epos® 4.1
- Landmark® OpenWorks 2003.12, R5000
- GeoFrame® 4.5
- WITSML 1.2 and 1.3.1
* See SeisEarth for system requirements for Sysdrill Designer.
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