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US 2026/0126559 A1Published application
Sonic through tubing cement evaluation
AssigneeHalliburton Energy Services, Inc.
InventorsChung Chang, Qingtao Sun, Randolph S. Coles, Federico Lucas, JR.
Life of this patent
Estimating the term…
Abstract
An acoustic logging tool may comprise a center load carrying pipe, a receiver module connected to the center load carrying pipe, one or more transmitter modules connected to the center load carrying pipe, and one or more mass modules connected to the center load carrying pipe.
Claims20
A through tubing cement evaluation (TTCE) method comprising:
- disposing an acoustic logging tool into tubing, wherein the acoustic logging tool comprises:
- a center load carrying pipe;
- a receiver module connected to the center load carrying pipe;
- one or more transmitter modules connected to the center load carrying pipe;
- one or more mass modules in contact with the center load carrying pipe, the one or more mass modules disposed along a circumference of the center load carrying pipe;
- and
- a void positioned beneath each of the one or more mass modules, wherein each void is defined by an interior circumferential portion of each mass module and an exterior circumferential portion of the center load carrying pipe;
- and
- transmitting one or more waveforms from a transmitter on the one or more transmitter modules;
- receiving one or more received waveforms with a receiver on the receiver module;
- and
- detecting changes in cement thickness along the tubing and in azimuthal directions, with the one or more received waveforms.
9 more elements
A through tubing cement evaluation (TTCE) method comprising:
- disposing an acoustic logging tool into at least one pipe, wherein the acoustic logging tool comprises:
- a center load carrying pipe;
- a receiver module connected to the center load carrying pipe;
- one or more transmitter modules connected to the center load carrying pipe;
- one or more mass modules connected to the center load carrying pipe;
- and
- a void positioned beneath each of the one or more mass modules, wherein each void is defined by an interior circumferential portion of each mass module and an exterior circumferential portion of the center load carrying pipe;
- transmitting a first waveform in a first phase from a first transmitter on a first transmitter modules into the wellbore;
- receiving a first reflected waveform with a receiver on the receiver module;
- transmitting a second waveform in a second phase that is opposite the first phase from a second transmitter on a second transmitter module;
- receiving a second reflected waveform with the receiver on the receiver module;
- transmitting an in-phase waveform from the first transmitter and the second transmitter;
- receiving a reflected in-phase waveform with the receiver on the receiver module;
- and
- detecting changes in cement thickness along the at least one pipe and in azimuthal directions, with the reflected waveforms.
12 more elements
A through tubing cement evaluation (TTCE) method comprising:
- disposing an acoustic logging tool into tubing and/or layers of pipe, wherein the acoustic logging tool comprises:
- a center load carrying pipe;
- a receiver module connected to the center load carrying pipe;
- one or more transmitter modules connected to the center load carrying pipe;
- one or more mass modules in contact with the center load carrying pipe, the one or more mass modules disposed along a circumference of the center load carrying pipe;
- and
- a void positioned beneath each of the one or more mass modules, wherein each void is defined by an interior circumferential portion of each mass module and an exterior circumferential portion of the center load carrying pipe;
- and
- transmitting one or more waveforms from a transmitter on the one or more transmitter modules into the wellbore;
- receiving one or more received waveforms with a receiver on the receiver module;
- and
- detecting changes in cement thickness along the tubing and/or the layers of pipe, in azimuthal directions, with the one or more received waveforms.
9 more elements
Dependencies are inferred from the claim text.