Subsurface Insights

Maximize the energy you produce

To achieve this goal, you need to locate and stay in the productive zone of the reservoir. From a petrophysics and geoscience perspective, you must understand your reservoir and detect, diagnose, and resolve any abnormalities, if they arise, to stay in zone.

Halliburton collaborates with operators to provide enahnced subsurface insights through measurement quality and accuracy with digitalization and automation.

Measurement quality & accuracy

In high risk, high-cost exploration settings, you need to make quick, smart decisions. High-quality and accurate measurements create the foundation to interpret, calculate, and act on the data using digital and automation

Still of animated StrataStar deep azimuthal resistivity service model in use

Benefits

Enhance petrophysical measurements
Increase positional certainty
Improve and correlate reserve estimates

Features

Continuous positional measurements
Highly accurate, wireline quality formation evaluation measurement
High resolution acoustic amplitude images in oil-and water-based mud
16-bin azimuthal gamma
4 axial ultrasonic imaging caliper
High accuracy azimuthal litho-density
Thermal neutrol porosity

Digital and automation

Visualize the reservoir and boundaries to quickly detect and diagnose potential risks and hazards. With a digital connection, you can use your downhole equipment to act fast.

Benefits

Improve subsurface interpretation
Make data driven decisions with real-time 3D reservoir and boundaries visualization
Faster and more accurate decision making with measurements close to the bit
Monitor and control drilling and logging from anywhere

Features

Digital integration with subsurface model
Advanced 3D visualization of reservoir and boundaries
Autonomous sensor diagnostics and data quality checks
Architecture supports automation, machine learning, and artificial intelligence

Illuminated reservoir and fluid boundaries model produced by EarthStar resistivity service

Additional resources (through membership)
Optimal 3D Reservoir Insight with a New Ultradeep-Reading Azimuthal LWD Resistivity Tool
Electromagnetic borehole mapping: North Sea
3D electromagnetic inversion of logging while drilling data
Using Machine Learning & Ultra-Deep-Reading Resistivity for Better Reservoir Delineation
Real-time 3D imaging of complex turbiditic reservoir archite
Mapping Complex Geological Surface Morphology During Landing Operations Using 3-D Inversion of Ultra-Deep Electromagnetic LWD Data

Solutions that make it possible

iStar® Intelligent Drilling and Logging Platform

Fully digital and web-enabled to monitor and control drilling and logging operations from anywhere.

Explore

EarthStar® Service

Ultra-deep resistivity service mapping reservoir and fluid boundaries up to 225 feet from the wellbore.

Explore

Ready to take the next step?

Talk to a Halliburton subsurface insights expert

Get in touch