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Multi-sensor fusion measurement water cut and/or salinity measurement system

A technology of multi-sensor fusion and measurement system, which is applied in the field of dynamic testing of oil wells in the petroleum industry, to achieve the effects of saving costs, reducing treatment emissions, and improving dynamic control efficiency

Active Publication Date: 2022-02-22
陕西永凯科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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[0020] Novelty search through application, currently there is no such patent

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  • Multi-sensor fusion measurement water cut and/or salinity measurement system
  • Multi-sensor fusion measurement water cut and/or salinity measurement system
  • Multi-sensor fusion measurement water cut and/or salinity measurement system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0066] Embodiment one: moisture content measuring system:

[0067] That is, the method for multi-sensor fusion measurement of water content is characterized in that,

[0068] The multi-sensor fusion measurement water content and / or salinity measurement system is characterized in that the output of the programmable oscillator X1 is connected to the demultiplexer X2, the demultiplexer X2 is connected to the coupler X5 by communication, and the coupler X5 is connected by communication Digitally controlled phase shifter X6, digitally controlled phase shifter X6 communication connection phase difference detector X7;

[0069] The output of the programmable oscillator X1 is connected to the multi-channel signal distributor X2 to generate multiple high-frequency signals with the same frequency, same amplitude and same phase;

[0070] First, one of the high-frequency signals is taken into the coupler X5, and two signals are output. The signal with higher power enters directly from one...

Embodiment 2

[0072] Embodiment two: as a further improved scheme or parallel scheme, the method for salinity determination;

[0073] That is, the method for multi-sensor fusion determination of salinity is characterized in that,

[0074] The output of the programmable oscillator X1 is connected to the multi-channel signal distributor X2 to generate multiple high-frequency signals with the same frequency, same amplitude and same phase;

[0075] Take two high-frequency signals, one of which is directly entered by one end of the salinity guided wave transmission line X18 of the double waveguide resonator X15, and the other end is output to the amplitude difference detector X3, the two high-frequency signals Another high-frequency signal directly enters the amplitude difference detector X3, and the salinity is obtained by measuring the amplitude difference of the two signals, which is the salinity measurement part.

[0076] It should be noted that the salinity determination provided above is ...

Embodiment 3

[0077] Embodiment 3, as a further improvement scheme or parallel scheme, the composition of the double waveguide resonator X15 as a whole is based on Embodiment 1 and Embodiment 2,

[0078] The water content measurement part and the salinity measurement part constitute the double waveguide resonant cavity X15, the double waveguide resonant cavity X15 includes a metal shell X14, and the metal shell X14 includes a water-containing guided wave transmission line support X8, a salinity guided wave transmission line Bracket 1 X9, salinity guided wave transmission line bracket 2 X10, water-containing guided wave transmission line bracket 2 X11; water-containing guided-wave transmission line bracket 1 X8 and water-containing guided-wave transmission line bracket 2 X11 form a water-containing guided-wave transmission line bracket; Wave transmission line bracket one X9 and salinity guided wave transmission line bracket two X10 constitute the salinity guided wave transmission line bracket...

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Abstract

The invention relates to the technical field of dynamic testing of oil wells in the petroleum industry, in particular to a multi-sensor fusion measurement system for measuring water content and / or salinity. The output of the programmable oscillator (X1) is connected to the multiplexer (X2), the multiplexer (X2) is connected to the coupler (X5) for communication, and the coupler (X5) is connected to the digital phase shifter (X6) for communication. The phase shifter (X6) communicates with the phase difference detector (X7); the output of the programmable oscillator (X1) is connected to the multi-channel signal distributor (X2) to generate multiple high-frequency signals of the same frequency, amplitude and phase; first take one of the channels After the high-frequency signal enters the coupler (X5), two signals are output, which is the water content measurement part; secondly, two high-frequency signals are taken, which is the salinity measurement part.

Description

technical field [0001] The invention relates to the technical field of dynamic testing of oil wells in the petroleum industry, in particular to a multi-sensor fusion measurement system for measuring water content and / or salinity. Background technique [0002] Existing oil well wellhead multi-parameter measurement technology (mainly independent sensors): [0003] At present, there is no measuring instrument in China that can simultaneously test the water content, temperature, and pressure of the wellhead of the oil production well. It is mainly measured by independent sensors. The existing technology leads to high production costs and complicated on-site processes, which is not conducive to production management. [0004] In terms of moisture content measurement: generally divided into two types, namely manual measurement method and online measurement method. Most of them use manual sampling measurement method, which can be divided into distillation method, electric strippin...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G01N33/28
CPCG01N33/2823
Inventor 薛宗营汪铄弦高静
Owner 陕西永凯科技有限公司
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