LOGIQ® Openhole Logging Platform

Get unmatched levels of power, performance, and usability.

The LOGIQ® platform for openhole wireline logging services is a new technology that encompasses state-of-the-art downhole logging tools, a higher datarate telemetry system and a powerful PC-based LOGIQ surface system. 

Key Benefits:

  • Reduces the length of the downhole tools without any penalty in temperature or pressure-rating specifications
  • Significantly lowers the time spent drilling "rathole" to permit evaluation of pay zones near the bottom of the well
  • Lowers potential for logging toolstrings becoming stuck.  

 

LOGIQ® Openhole Logging Platform

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  TitleНазвание  DateДата
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 Hostile WaveSonic® Service
Halliburton’s LOGIQ® WaveSonic® crossed-dipole sonic tool makes it easy to determine fast and slow shear wave travel times and their orientation in the formation.With WaveSonic service, you can even calculate minimum and maximum principal stresses and stress field orientation by combining oriented slowness data with overburden and pore pressure data. This information is vital for geomechanical analysis, wellbore stability and production enhancement treatment design.
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 The LOGIQ® Platform
Breakthrough Technology for Openhole Logging
Summary Summary Xaminer® Array Sonic Tool (XAST™) Service
Ultra-Reliable Crossed-Dipole Sonic Tool
Summary Summary Borehole Compensated Sonic Array Tool (B-SAT)
Halliburton Wireline and Perforating Services' Borehole Compensated Sonic Array Tool (B-SAT) service integrates two monopole transmitters with an array of five piezoelectric receivers. The full waveform data is digitally recorded permitting advanced data analysis and quality control for waveform amplitude, slowness, and arrival time in both open hole and cased hole applications.
Summary Summary LOGIQ® Array Compensated Resisitivity Tool (ACRt™) System
Halliburton's Array Compensated Resisitivity Tool (ACRt™) logging system combines the latest-generation sonde geometry and architecture with state-of-the-art design and software for array induction with unparalleled accuracy and dynamic range.
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 LOGIQ® InSite® Directional Tool (IDT-I)
The IDT-I technology provides accurate information to determine borehole inclination and azimuth. When this information is combined with relative dip and dip azimuth measured by other tools, like dipmeters or multicomponent induction tools, true dip and dip azimuth of the dipping formations can be obtained.
Summary Summary LOGIQ WaveSonic Service
Halliburton’s LOGIQ® WaveSonic® crossed-dipole sonic tool makes it easy to determine fast and slow shear-wave travel times and their orientation in the formation. With the WaveSonic service, you can even calculate minimum and maximum principal stresses and stress field orientation by combining oriented slowness data with overburden and pore-pressure data.
Summary Summary Xaminer® Array Sonic Tool
Our Xaminer® Array Sonic Tool (XAST) service offers simultaneous monopole and crossed-dipole sonic information. P-wave and S-wave slowness can be obtained in a range of formation conditions, borehole sizes, and even extreme borehole hydrostatic pressures. This ultra-reliable far-spaced monopole and crossed-dipole tool can also estimate minimum and maximum principal stresses and stress-field orientation.
Summary Summary LOGIQ® Openhole Logging Platform
Halliburtons breakthrough design for openhole logging platform and cased-hole logging. PC-based surface system brings new capabilities and ergonomics to wellsite workstations.
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