StarSteer is all about saving time and clicks.
Simultaneously compare different vendors tool response against your specific reservoir geology to identify the most suitable tool and resistivity curves.
Monitor accuracy with P10, P50, P90 confidence inversion.
Incorporate all memory data to create high accuracy final inversions. Deploy the inversion module on High Performance Computing (HPC) devices for fast results.
Calculate the distance to bed boundary in real-time to prevent exiting the target zone and staying in the reservoir
Set up phase shift and attenuation curves
from non-azimuthal tools, interval length and parameters for conducting 2-layer boundary mapping in real-time
To predict a tool's log response in advance, build the earth model of the formations you are drilling and easily model resistivity effects: shoulder effects, polarization horns and anisotropy
Every geologist has a pre-drill bed model in mind. Sometimes it is wrong. Have Auto Steer provide you a completely unbiased interpretation.
Recently acquired new acreage? Cut your resteer time by 80% and get your results quicker!
Set up a WITSML connection and monitor Auto Steer from your phone using the StarLite app.
Geosteering Spectrum generates a statistical solution of all possible geosteering interpretation scenarios. The hot streak identifies a specific formation top.
Quickly and easily take formation tops from one well and automatically pick the same tops across any number of wells in your correlation panel
Easily project your typelog signature across your horizontal well creating synthetic logs that update dynamically as the bed model is changed. Compare to your real-time MWD for correlation.
Synthetic logs can be generated for pre-job well planning and post-well completions planning.
Complex structure? Lateral heterogeneity in your reservoir?
Strat-Based geosteering takes MWD data and projects it against an offset vertical log for correlation in True Vertical Thickness scale. Identify changes in reservoir by using a "steering on itself" approach as log data begins to wrap on itself when cutting through the same section twice! The geologic bed model builds itself based on the correlation.
Build several interpretations from multiple offset wells within one lateral well to find the best correlation and compare different scenarios
Update structural grids in real time based on high resolution geosteered data to have actual map in time
New seismic module includes the ability to upload data in SEG-Y format via Solo Cloud.
Using seismic while geosteering a lateral well will minimizes uncertainties in detecting the top of the target horizon, determine the position, nature and amplitude of faults and will help to predict any possible lithological and structural changes.
Visualize logs, pick formation tops and correlate them from well to well in order to trace geological changes. Use geosteering interpretations and TVT scale to correlate laterals with higher accuracy.
Simple. Fast. Robust. Incorporate offset wells, geosteering interpretations, grids, seismic to create new well plans. Easily constrain well plans through DLS constraints.
Integration with INNOVA Well Seeker presents a streamlined and efficient solution for collaborative well planning. Read More Here!
StarSteer can model any and all reservoir geometries. Move away from simple layer cake geology and build representative cross-sections that reflect the data accurately.
The Thickness Change Tool models pinch outs, onlaps, offlaps, truncations, unconformities and more!
3D models can be a great visual aid when geosteering or planning upcoming wells. Import from any 3rd party geoscience package using drag & drop.
Data can be directly exported from StarSteer to Petrel and vice versa. Save time when building a new project by bulk migrating all of your data. Lateral well trajectories, logs, tops, typelogs, geosteering interpretations, horizons, faults are supported.
Try it out yourself. We will train you in under 2 hours to steer your first well.Request License
All ROGII solutions work together in Solo Cloud, which allows users to collaborate and share data in real-time.