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Real-Time Geosteering Software That Keeps Your Well in Zone

eSteering helps drilling and geosteering teams make faster, more confident decisions in real time. By combining live WITSML data, LWD/MWD inputs, mud logging, seismic sections, and geomechanical data into one environment, eSteering reduces uncertainty and keeps your wellbore precisely positioned within the reservoir.

Whether operating live or offline in remote locations, eSteering allows your team access to the data and tools needed to protect reservoir contact and maximize well performance.

Key Capabilities (Outcome-Focused)

Faster Interpretation

Interactive synthetic log reconstruction and dynamic geometry adjustments allow engineers to test scenarios instantly and make parameter selections (bed angle, verticality, thickness) in real time.

Zero Data Loss During Active Operations

Auto-save functionality ensures downloaded data and project changes are preserved automatically.

Unlimited Real-Time Data Access

Download WITSML data simultaneously from multiple servers without limitations.

Multi-Offset Geosteering for Complex Reservoirs

Model from multiple offset wells to handle lateral variability and improve horizontal placement accuracy in challenging formations.

Integrated 3D Structural Visualization

Manage geological structural surfaces within a 3D module for clearer visualization and better structural alignment decisions.

Real-Time Formation Analysis

Automatic petrophysical and technological parameter calculations using LWD and mud logging data allow faster interpretation while drilling.
  • Increase Well Placement Accuracy: Make trajectory adjustments with confidence using real-time formation angle calculations, synthetic log reconstruction, and offset well comparisons. The result: more time in zone and less corrective drilling.
  • Cost Efficiency: Eliminate inefficient corrections, reduce redundant workflows, and shorten setup time between wells. Faster decisions mean lower drilling costs and improved operational efficiency.
  • Enhanced Reservoir Recovery: Geo-steering allows drilling teams to navigate through optimal reservoir zones, maximizing hydrocarbon recovery and overall reservoir performance.
  • Risk Mitigation: Identify formation changes early with integrated data visualization and proactive model updates, reducing surprises at the wellsite.
  • Optimized Wellbore Trajectory: eSteering assists in maintaining the desired wellbore trajectory, ensuring alignment with geological targets and minimizing the risk of deviation.

  • Eliminate Data Silos: Bring LWD, mud logging, seismic, and 3D geological models into one unified workspace for faster, clearer decision-making.

  • Improved Collaboration & Project Portability: Seamlessly transfer geological markers, well data, and correlation windows between projects using the new Import Projects feature eliminating manual file exchanges and reducing setup time.

  • Geological Model Integration: Seamless integration with 3D geological models, enabling the use of imported structures for accurate geosteering and better alignment with geological formations.

  • Post-Drilling Analysis: Provide valuable post-drilling analysis, allowing companies to assess the success of drilling campaigns, identify areas for improvement, and refine future drilling strategies.

  • Automation and Customization of Reports: Powerful report generator, FastReport, enabling automatic report generation according to preset templates and export in various formats allowing for flexible customization of reports and email automation from project components.

Project Data Import & Workflow Efficiency

New: Project-to-Project Data Import

Previously, transferring data between projects required exporting files and manually reloading them into a new project. This update removes that intermediate step, significantly reducing setup time and improving usability for geosteering workflows.

  • Well Masterlog
    Track essential well objects such as packers, casing shoes, and coring tools with the Well Masterlog feature, ensuring thorough monitoring and management of the wellbore.
  • Pattern Integration
    Enhance results by leveraging comprehensive data, including cuttings descriptions and interpreted geology, to correlate multiple parameters and refine Geosteering strategies effectively.
  • Offset Well Trajectories on the Section
    Enhance Geosteering accuracy by integrating trajectories from nearby wells, including critical formation tops, into your analysis.

What It Does

Transfers geological markers between projects
Copies active and reference wells into the current project
Imports well correlation windows with automated structure management
Eliminates manual file exporting and reloading through File Explorer

How It Works

From the main menu of your open project, select the Import function and choose the source project file. The system displays the project structure as a tree view. Users select the elements to import using checkboxes. All selected wells, including the active well, are copied into the current project as reference wells. When importing a well correlation window, unchecked wells are automatically removed to maintain structure integrity.

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