Petrophysics

Maximum hydrocarbon recovery. Reduced uncertainty. Global expertise

Petrophysical understanding is critical to the complete evaluation of your reservoirs. With that in mind, we have invested significantly to create a comprehensive portfolio of services. These services are supported by a network of petrotechnical experts armed with advanced answer products. Take your time to evaluate what we can do for you.

Formation and Reservoir Solutions (FRS)

Petrophysical evaluation helps reduce uncertainty and manage risk throughout the life of a reservoir. Hydrocarbon fluid identification, porosity characterization, saturation estimations, and permeability are necessary input data for robust resource estimates. They are also used to formulate a strategy for reservoir development. Our Formation and Reservoir Solutions (FRS) team, along with superior downhole sensor technology, can help you evaluate your reservoirs in the most challenging environments. Our teams are ready to share their global expertise in both clastic and carbonate rocks, as well as conventional and unconventional reservoirs.

Dielectric

Our dielectric logging services are uniquely suited to provide the best insight when dealing with low-resistivity contrast pay. Integrated with total porosity, we derive flushed zone water saturation, Sxo. Unlike other Sxo measurements, the water saturation from our dielectric measurement is not affected by water salinity, clay content, or rock textural parameters (m).

Magnetic Resonance Logging Services (NMR)

Halliburton NMR services provide a comprehensive range of formation evaluation applications to address our customer challenges. These applications address a wide range of oils, gas, and unconventional reservoirs. All NMR applications are capable of being integrated into Halliburton advanced analysis products, such as ShaleXpert™, TightGasXpert™, CarbonateXpert™, and TurbiditeXpert™ services.

Nuclear Logging

Nuclear measurements are a long-standing technique for evaluating the subsurface in the industry. Our comprehensive suite of nuclear tools enables the complete and safe characterization of your reservoirs.

Pulsed Neutron Logging

Pulsed-neutron technology is a vital tool for engineers and petrophysicists to find oil and gas reservoirs and manage them more effectively. These measurements give insight into formation and fluid properties of the reservoir and much more. It’s primarily used in openhole and cased-hole environments to provide saturation, porosity, shale, and mineralogy information of the well. Its versatility also extends to water flow detection and gravel pack evaluation.

Resistivity Logging

The quest to measure true formation resistivity (Rt) has challenged petrophysicists for decades. Our portfolio of array resistivity logging services takes the guesswork out of your interpretations. They provide a value of Rt that’s closer than ever to the true Rt of the formation. Array resistivity tools offer answers at multiple depths of investigation, removing undesired effects and aiding in understanding, visualizing, and even quantifying the invasion process.

Rock Characterization with Ingrain Services

Digital rock analysis provides a quantitative understanding of fine-grained strata and intricate pore networks that are challenging to quantify with other methods. Our proprietary multiscale imaging analysis and interpretation rapidly unravels the distribution of reservoir rock properties. This improves the characterization of your reservoir when combined with wireline and other lab data sets.

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Summary Summary Digital Rock Analysis with Ingrain Services
Integrated Digital rock analysis provides a quantitative understanding of fine-grained strata and intricate pore networks that are challenging to quantify with other methods.
Summary Summary Lithovision Shale Demo
Lithovision Shale Demo
Summary Summary ZoneID® and PoreHD® Services
Reservoir rock properties from SEM and FIB-SEM Imaging.
Summary Summary LOGIQ® Dual-Spaced Neutron II Tool (DSN II™)
The LOGIQ® DSN II™ tool is a thermal neutron tool designed to measure formation porosity from neutronnuclei interactions. Neutron porosity logs provide total fluid information for use with resistivity logs and/or pulsed neutron logs in determining formation water saturation. They can be combined with density logs to provide an indication of formation gas saturation and also with density and/or sonic logs to provide indications of formation lithology. In open holes, the LOGIQ DSN II tool is usually combined with the Spectral Density Logging Tool (SDLT™) and the Natural Gamma Ray Tool (NGRT™). In cased holes, the LOGIQ DSN II tool is usually combined with the NGRT tool and DITS™ casing collar locator.
Summary Summary High Frequency Dielectric Tool
The LOGIQ® HFDT is a pad type device that uses a Microwave signal of 1 Gigahertz to measure the Bulk Volume of Water (BVW) in the flushed zone. In combination with other porosity devices, the BVW value helps to evaluate the amount of movable Hydrocarbons in a reservoir. Also the high vertical tool resolution aids in the evaluation of thin beds.
Summary Summary Open-Hole Logging
For comprehensive logging capabilities in most any type of environment such as high-temperature/high-pressure (HPHT) wells, or when conditions require deployment through drill pipe, Halliburton has the complete package. • Operating in most logging conditions, the lighter, shorter LOGIQ® Suite tools improve performance efficiency without compromising operational range. • The rugged, reliable HEAT® Suite II sensors tackle the hostile environments of HPHT wells. • And the 2.35-inch OD of our UltraSlim Suite sensors can easily be deployed in drill pipe.
Summary Summary Formation Evaluation
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Summary Summary NMR Logging Principles & Applications - Russian Version
NMR logging represents a new revolution in formation evaluation with wireline logging, and this book gives a comprehensive treatment of this new technology. Since its acquisition of NUMAR in 1997, Halliburton has focused on advancing NMR techniques, and on integrating conventional log data with the NMR interpretation methodology to further enhance the NMR applications. Besides explaining basic NMR principles and applications, this book provides an understanding of the latest achievements in NMR logging.
Summary Summary Perenco Uses New Workflow to Create Gains in Production and Locate New Zones Once Considered Uneconomical
Integrated Reservoir Evaluation Approach Combines MRIL® Service and RDT™ Tester
Summary Summary Halliburton Helps Increase Oil Production for Kinder Morgan EOR Project
The RMT-3DTM Pulsed-Neutron tool accurately monitors reservoir water, oil, and CO2 volumes
Summary Summary Integrated Reservoir Characterization Helps Resolve Critical Rock Properties in Highly Heterogeneous Formation
Ingrain’s Digital And Physical Rock Analysis Enhances Understanding of Reservoir Rock Properties Where Conventional Techniques Cannot Resolve
Summary Summary Operator Refines Rock Typing by Adding Geological Classifications Based on Textures
Digital Rock Analysis Allows for The Quantification Of The Relative Producibility Of Different Rock Textures
Summary Summary Ingrain Helped Quantify Organic Porosity and Predict Estimated Ultimate Recovery Using Cuttings
ZoneID® Calibrated Hydrocarbon Pore Volume Enables Development of Robust Geologic Model Without Pilot Wells or Sidewall Coring
Summary Summary Halliburton Helps Determine Fracture Height for Tecpetrol S.A.
The RMT-I™ Pulsed-Neutron Tool Accurately Helped Assess Unconventional Reservoir Gas Productivity
Summary Summary Successful Collaboration Between Halliburton and WEPCO Added 150% in Oil Daily Production Rate
Rigless Pulsed-Neutron and Production Logging Operation Used To Identify Bypassed Oil Zones And Water Shutoff Reservoirs
Summary Summary Finding Success on the Over-Mature Fringes of Organic Shale Plays
Halliburton Corevault® RFP System and XMR™ Serviceaccurately assessed the field's geologic trend forinformed field planning.
Summary Summary CoreHD® Plus Suite
Obtain an enhanced geological understanding, a digital record and a high-resolution petrophysical interpretation within days
Summary Summary Improving the Recovery of Your Well
Delivering the lowest cost per BOE
Summary Summary Xaminer® Magnetic Resonance (XMR™) Service
The Halliburton Xaminer® MR (XMR™) service is a true new-generation magnetic resonance technology, engineered to provide excellent bed resolution and evaluate your reservoir’s full range of pore sizes from micro to macro.
Summary Summary Vertical Transverse Isotropy (VTI) Anisotropy Analysis
Improve Well Performance with More Accurate Geomechanics Answers Using Horizontal Shear
Summary Summary CoreHD® Service
Obtain an Enhanced Geological Understanding, A Digital Record, And A Representative Sample Selection Within Days
Summary Summary ZoneID® and PoreHD® Service
Reservoir Rock Properties from SEM and FIB-SEM Imaging
Summary Summary Stoneley Wave Fracture Conductivity Analysis
Sonic waveform analysis of Stoneley-mode arrivals can locate and estimate the conductivity of fractures crossing a borehole. A key feature of the analysis is to discriminate Stoneley responses due solely to conductive fractures by using borehole Stoneley waves recorded by a Xaminer®-level borehole sonic tool.
Summary Summary Gamma Telemetry Tool
Gamma Telemetry Tool
Summary Summary Array Laterolog (ALAT) Service
The Halliburton Array Laterolog (ALAT) service provides accurate formation resistivity Rt and resistivity of the flushed zone Rxo, independent of borehole, shoulders, and invasion.
Summary Summary Spectral Density Log (SDL™) Tool-Ultrahigh Pressure
The Halliburton Spectral Density Log (SDL™) tool-Ultrahigh Pressure provides superior measurements of the bulk density (ρb) that is critical to accurate determination of formation porosity.
Summary Summary Reservoir Description (RDT™) Service
When flexibility and versatility are required, the Halliburton Reservoir Description Tool (RDT™) tool collects—in a single deployment—formation pressure, fluid ID, and samples.
Summary Summary LOGIQ® Compensated Spectral Natural Gamma Ray (CSNG™)
The LOGIQ® CSNG™ tool measures the entire gamma ray spectrum, from 0 to 3,000 keV. The tool uses special borehole compensation techniques to provide the industry's most precise and accurate logs of potassium, uranium, and thorium concentrations. Measurement precision curves and tool diagnostics help validate logging data in the formation. A unique, patented low atomic number tool case enables gamma rays to be measured for accurate data retrieval in cased or open hole environments.
Summary Summary Hostile Array Compensated Resistivity Tool (HACRt™)
Fast, accurate, induction for hostile environments
Summary Summary Hostile Density Neutron (HDNT™) Tool
Helps provide accurate data in HP/HT conditions
Summary Summary MRIL-XL™ Service Delivers Superior NMR Logging
The Halliburton DeepSuite™ MRIL®-XL and MRIL®-XL services provide nuclear magnetic resonance (NMR) fluid-filled porosity, which is mineralogy independent.
Summary Summary ShaleXpertSM
Advanced Source Rock Reservoir Analysis Solution
Summary Summary Armada® Fluid Sampling Tool
Halliburton’s wireline-conveyed Armada® Fluid Sampling Tool (FST) collects pressure, volume and temperature (PVT)-quality downhole fluid samples in a cased hole.
Summary Summary NMR Logging Principles & Applications
NMR logging represents a new revolution in formation evaluation with wireline logging, and this book gives a comprehensive treatment of this new technology. Since its acquisition of NUMAR in 1997, Halliburton has focused on advancing NMR techniques, and on integrating conventional log data with the NMR interpretation methodology to further enhance the NMR applications. Besides explaining basic NMR principles and applications, this book provides an understanding of the latest achievements in NMR logging.
Summary Summary Log Viewer Version 10.0.1 - January 2018
Halliburton Log Viewer version 10.0.1 Software Download - January 2018
Summary Summary PlugHD® Service
Ingrain’s PlugHD® service, along with its LithoVision® interactive visualization software, is a powerful nondestructive and noninvasive technique using high-resolution dual-energy computed tomography (CT) imaging to quickly evaluate internal heterogeneities and textures of plugs and to sort by bulk density (RhoB) and mineralogy (PE).
Summary Summary Crossed-Dipole (HTI-F) Anisotropy Frequency Analysis
The broadband firing of the Xaminer®-level dipole sources allows for a full-frequency analysis and the generation of mechanism plots for visually identifying the possible causes of the anisotropy that can then be confirmed with other sensors, such as resistivity and acoustic imaging.
Summary Summary Crossed-Dipole (HTI) Anisotropy Analysis
Sonic crossed-dipole anisotropy analysis—the analysis of shearslownesscharacteristics around the borehole—is modeled in theindustry as a formation with horizontal transverse isotropy (HTI).
Summary Summary Ingrain Laboratories
We Help Identify and Develop the Most Productive Reservoir by Characterizing Rocks at Pore Level and Upscaling to the Reservoir Level INGRAIN
Summary Summary 9½-inch ALD™ Azimuthal Lithodensity Logging-While-Drilling (LWD) Service
The 9-1/2-inch ALD™ Azimuthal Lithodensity Logging-While-Drilling (LWD) service from Halliburton is the industry’s first and only service that delivers high-quality azimuthal density and ultrasonic caliper measurements in real-time for deepwater boreholes ranging from 14-1/2 inches to 17-1/2 inches.
Summary Summary CTN™ Compensated Thermal Neutron Sensor
LWD neutron porosity tool provides accurate formation porosity, fluid typing and lithology (in combination with density). Larger tools also feature an acoustic caliper, used to correct the neutron porosity measurement for borehole effects and to provide measurements of borehole size.
Summary Summary MRIL®-WD™- Sensor
LWD tool provides a direct measurement of the reservoir's total porosity while drilling in hole sizes up to 10 5/8 inches.
Summary Summary M5™ Integrated LWD Service
Innovative, disruptive technology that maps reservoir and fluid boundaries more than 200 feet (60 meters) from the wellbore – over twice the depth of investigation of current industry offerings.
Summary Summary ShaleXpertSM Integrated Analysis Solution
Advanced Source Rock Reservoir Analysis Solution. Engineers and geoscientists need petrophysical solutions that will define the most optimum techniques to deliver most shale gas and oil to the market. Halliburton ShaleXpert new integrated analysis solution, based on a calibrated workflow for organic shales, can bring all the pieces together.
Summary Summary ZoneID® and PoreHD® Services
Understand the pore system and quantify the relative producibility of different rock textures with Ingrain’s state-of-the-art imaging and interpretation in 2D and 3D. Our proprietary offering provides unmatched image quality and a quantitative understanding of representative volume fractions and pore morphology.
Summary Summary CoreHD® Service & CoreHD® Plus Service High Resolution Dual Energy CT Imaging
Providing early visibility into the critical properties of whole core through continuous, high-resolution rock property logs in relevant timeframes.
Summary Summary TightGasXpert℠ Interpretation Service
Advanced Tight Gas Reservoir Analysis. Since unconventional tight gas sands demonstrate much higher matrix permeability than organic source rocks, a tailored asset solution also exists to both optimize and predict fracture flow performance from these reservoirs.
Summary Summary High-Frequency Dielectric Tool (HFDT™) Tool
The HFDT-I (High Frequency Dielectric tool) is a pad type tool intended to provide the porosity filled with water in the near borehole region of the formation as well as its salinity.
Summary Summary MRIL®-XL Magnetic Resonance Imaging Logging Service
Our Magnetic Resonance Imaging Logging-XL (MRIL®-XL) service builds upon the highly successful MRIL technology to deliver the same high-quality nuclear magnetic resonance (NMR) measurements in a larger borehole range. The most complex and demanding wells now include boreholes of 12¼ to 15 in. Our MRIL-XL service will log wells up to 16 in. in diameter. Even more impressive, the tool’s slim profile also enables logging in wellbores as small as 7⅞ in.
Summary Summary MRIL®-Prime Magnetic Resonance Imaging Logging Service
With an extremely high signal-to-noise ratio, our Magnetic Resonance Imaging Logging-Prime (MRIL®-Prime) service is engineered to look 360 degrees around the borehole. Combining our nine measurement volumes with our advanced acquisition and signal processing methods, all nine measurements can operate continuously and independently. What that means for you—faster logging, no idle time, and all applications accomplished in a single pass.
Summary Summary Nuclear Logging
Nuclear tools measure the interactions between radiation emitted from logging tools and the formation, as well as naturally occurring radiation
Summary Summary Xaminer® Magnetic Resonance (XMR™) Service
The Halliburton Xaminer® MR (XMR™) service with its new-generation magnetic resonance (MR) wireline sensor provides full reservoir fluid characterization and formation evaluation.
Summary Summary Petrophysics
Petrophysical understanding is critical to the complete evaluation of your reservoirs. With that in mind, we have invested significantly to create a comprehensive portfolio of services. These services are supported by a network of petrotechnical experts armed with advanced answer products. Take your time to evaluate what we can do for you.
Summary Summary Rock Characterization with Ingrain Services - Petrophysics
Digital rock analysis provides a quantitative understanding of fine-grained strata and intricate pore networks that are challenging to quantify with other methods.
Summary Summary Dielectric Logging - High-resolution flushed zone bulk volume of water measurement
Our dielectric logging services are uniquely suited to provide the best insight when dealing with low-resistivity contrast pay. Integrated with total porosity, we derive flushed zone water saturation, Sxo. Unlike other Sxo measurements, the water saturation from our dielectric measurement is not affected by water salinity, clay content, or rock textural parameters (m).
Summary Summary Nuclear Magnetic Resonance (NMR)
We can help you maximize hydrocarbon recovery and reduce uncertainty by defining what’s in your pore space with our magnetic resonance logging technology. This provides the only matrix-independent method of measuring total porosity and partitioning total porosity into oil, gas, and water volumes for production.
Summary Summary Nuclear Logging - Safely harness the power of atoms to better evaluate your subsurface
Nuclear measurements are a long-standing technique for evaluating the subsurface in the industry. Our comprehensive suite of nuclear tools enables the complete and safe characterization of your reservoirs.
Summary Summary Formation and Reservoir Solutions (FRS) Petrophysics
Petrophysical evaluation helps reduce uncertainty and manage risk throughout the life of a reservoir.
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