GeoSteering within a dynamic, 3D geomodel
Such efficiency is achieved with smartSTRAT®, an add-on module to LMKR GeoGraphix® smartSECTION® . It enables fast,easy, and accurate horizontal well geosteering with instantaneous geomodel updates. The module offers easy-to-use, geosteering tools with the capacity to view depth-converted seismic backdrops and formations and faults. It also offers direct integration with mapped, geologic surfaces within the 3D geomodel. This unique ability affords the geoscientist greater efficiency and accurate, geologic correlations and predictions. This additional level of quality assurance allows the geoscientist to stay ahead of the drill bit, avoid faults and other geohazards, and keep the borehole in-zone.
During the geosteering process, geoscientists interactively update their geologic models in smartSECTION® with new picks, inter-well points, and revised drilling targets. The resulting interpretations are displayed seamlessly in GeoGraphix® advanced 3D visualization, allowing for effortless problem identification and avoidance.
smartSTRAT integrates directly with GVERSE WebSteering, LMKR's light-weight web based geosteering tool, to update the geomodel from remotely steered wells. Together, smartSTRAT and WebSteering provide the best light-weight, fast, and powerful remote geosteering solution.
Horizontal Panel View
View predicted log curves vs. Logging-While-Drilling (LWD) log curves beneath the smartSTRAT® vertical section in a horizontal panel. The predicted response is modeled by varying the dip angle and/or fault offset of the 2D active surface. Determine the geometry of the model by matching the predicted curve response to the LWD curve. Ancillary curves like ROP, and resistivity can be displayed along with the LWD curve in the horizontal panel view.
Vertical Panel View
Display true vertical thickness (TVT) type logs (generated from the drilling well or from any offset type log in TVD or TVT) in the vertical panel. In the same panel, view the TVD of the LWD log for the active correlation dip segment against the type log. Stretch/squeeze and/or offset the TVD/LWD curve to determine the dip angle and/or fault offset.
Depth-converted seismic backdrops, formations and faults when SeisVision™ interpretations are present, generate dynamically depth-converted seismic backdrops and formations and faults on-the-fly and display in smartSTRAT® vertical section view. The seismically controlled surfaces and backdrop allow the interpreter to look ahead of the borehole to detect and avoid geohazards, or to anticipate seismic scale faults.
Export Segments to LAS
Export segments to LAS file from TD to the landing point or MD. You can export the first encountered curves from TD to the landing point or choose to export curves from TD to MD by specifying the desirable value for MD.
Convert LWD along the horizontal wellbore to TVD and display it in the vertical panel. The correlation of the segments of LWD with type log represents the response of actual drilling of well along the entire length of the wellbore. With these segments being the lateral response of active surface along the drilling well, they in essence serve as type log for horizontal correlation of other nearby drilling wells.
This feature also allows you to export either the first encountered curve values, to convert the depth values along the horizontal wellbore omitting the repetitive values, or export all curve values along the wellbore to create TVT sections using the depth in MD.
Velocity Model Updates
Update surfaces and backdrops sourced from SeisVision™ with inter-well points tying the 3D Framebuilder™ surfaces to a smartSTRAT® model. This feature helps generate an accurate and comprehensive SeisVision™ velocity model for use in depth conversions.
Dynamic Mapping in Framebuilder™
Framebuilder, the 3D, topology mapping engine (smartSECTION® add-on), offers real-time mapping of an updated geomodel with Framebuilder™; the 3D geomodel surfaces are displayed in Map View. In addition, data generated from the geomodel can be exported back to GeoAtlas™ as IsoMap™ layers for mapping.
Such a feature gives a geoscientist instant access to map geometry changes resulting from smartSTRAT® correlations.
Drilling Target Lines
Once a geomodel is updated, draw drilling target lines on the smartSTRAT® vertical section to generate the required drilling parameters, thus keeping the drill on target and in-zone.
Because smartSTRAT® is an integral extension of smartSECTION®, the geosteering process facilitates quick updates to the project database and 3D geomodel, saving time and ensuring accurate, structural modeling.
Multiple Type Logs
Because accurate type logs are required for the horizontal correlation process, smartSTRAT® incorporates multiple, type-log curves to correlate LWD data, resulting in precisely-steered, long-reach, horizontal wells and accurate, geomodel interpretations.
Real-Time Geological and Geophysical Interpretations
about a reservoir's structure and stratigraphy away from the borehole. View dynamically depth-converted seismic data and interpreted seismic horizons and faults as a backdrop, or as surfaces within the Framebuilder™ geomodel (scaled to the extents of the smartSTRAT® vertical section). To refine the geomodel further, superimpose log curves, surface correlations, and borehole data on the vertical section to provide key information about the geology and structure of the reservoir.
Geomodeling While Drilling
To tie a smartSTRAT® interpretation to a Framebuilder™, geomodeled surface, hang the type logs used for each dip segment along the wellbore in Vertical Section view to facilitate inter-well, correlation point picking.
To maintain an optimal borehole path, once the geomodel updates, draw drilling target lines on the smartSTRAT® vertical section to generate the required trajectory parameters. As the horizontal well correlates in cross section view, the project's geomodel updates dynamically for immediate viewing in Map View (with the purchase of Framebuilder™) and in the, advanced 3D visualization view.
From the well site, geoscientists geosteer using smartSTRAT®, then email the vertical section and smartSTRAT® model files to the home office, where the new data can synchronize with the parent project instantly to update the geomodel with the new interpretation
- 2.4GHz 64-bit Intel class or better
- 8GB RAM
- 1,024 x 768 graphics resolution
- CD-ROM drive
- 19-inch monitor
- DirectX 11 capable hardware
- Quad 2.4 GHz 64-bit Intel class or better
- 16 GB RAM or greater
- NVIDIA GeForce or Quadro - 2GB video RAM
- DVD-RW drive
- Dual 21+-inch monitors
- Microsoft® .NET 4.5
- GeoGraphix 2019.2
- Microsoft DirectX 11
- The LMKR License Management Tool (LMT) 2019.2 must be installed to configure GeoGraphix product licenses
- Microsoft DirectX End-User Runtime (June 2010)
- Adobe Reader for selected help files (optional)
- Windows® 7 Professional x64
- Windows® 7 Enterprise x64
- Windows® 7 Ultimate x64
- Windows® 10 Professional x64
- Windows® 10 Enterprise x64
The following license is required to run the application:
- GeoGraphix license version 2019.2
Note: Refer to the LMKR Customer Support Portal (http://support.lmkr.com/) for up-to-date information on the requirements.
- GeoGraphix 2019.2