METHODS AND DEVICES FOR COMMUNICATION THROUGH CASING STRING Russian patent published in 2010 - IPC E21B47/00 

Abstract RU 2405932 C2

FIELD: oil and gas production.

SUBSTANCE: group of inventions may be used to establish wireless communication between device located inside casing string (CS) and sensor located outside CS in oil, gas wells, and also on surface or underground pipelines. Well device is located inside CS and is used to generate magnetic flow with the possibility of magnetic saturation of CS. Electromagnet signal is sent from well device via CS. Sent signal is received in reservoir sensor outside CS. Then electromagnet signal is detected in well device from space outside CS. At the same time to transmit electromagnet waves, electromagnetic signal is superimposed onto magnetic flow. System for provision of communication through CS comprises device for provision of communication via CS and reservoir sensors arranged outside CS. Specified device includes well device body, device for generation of magnetic flow with the possibility of magnetic saturation of CS, transmitter for transfer of electromagnetic signal via magnetic flow from specified well device through CS for reception in reservoir sensor, and detector for detection of electromagnet signal in well device.

EFFECT: improving reliability, stable operation of wireless communication.

26 cl, 4 dwg

Similar patents RU2405932C2

Title Year Author Number
DISLOCATION OF UNDERGROUND SENSORS IN CASING STRING 2005
  • Shuzenu Kristian
  • Klark Brajan
  • Manehn Iv
  • Droshon Brjuno
RU2374441C2
SENSOR SYSTEM 2005
  • Shuzenu Kristian
  • Zhjund Zhak
  • Salamitu Filipp
RU2374440C2
POWER TRANSMISSION APPARATUS, METHOD FOR REMOTE CONTROL SIGNAL GENERATION INSIDE TUBULAR STRUCTURE AND OIL WELL 2001
  • Vajngar Kharold Dzh.
  • Bernett Robert Reks
  • Sevedzh Vill'Jam Mauntdzhoj
  • Karl Frederik Gordon Ml.
  • Khersh Dzhon Mishel'
RU2262598C2
METHOD AND DEVICE FOR CONTROL OF PROCESS OF SIMULTANEOUS SEPARATE OPERATION OF MULTIPLE-ZONE CASED WELLS (VERSIONS) AND EXECUTION MODULE IN DEVICE (VERSIONS) 2010
  • Gutorov Julij Andreevich
  • Tyncherov Kamil' Taljatovich
  • Shakirov Al'Bert Amirzjanovich
  • Potapov Aleksandr Petrovich
RU2475643C2
METHOD AND DEVICE FOR WELL MEASUREMENTS 2010
  • Godager Ojvind
RU2513073C2
METHODS, DEVICE AND SYSTEMS FOR RECEIVING OF INFORMATION ABOUT GEOLOGICAL FORMATION BY MEANS OF SENSORS, INSTALLED ON CASING PIPE IN BOREHOLE 2004
  • Salamitu Filipp
  • Zhjund Zhak
  • Bejli Robert
RU2359120C2
DOWNHOLE ELECTROMAGNETIC TELEMETRY REPEATER 2021
  • Titorov Maksim Yurevich
  • Korolev Vladimir Alekseevich
  • Kulchitskij Vladimir Nikolaevich
RU2778079C1
METHOD ( VERSIONS ) AND GEAR FOR COMMUNICATION WITH DATA TRANSMITTER LOCATED IN SURFACE SEAM OF GROUND, TECHNIQUE MEASURING PARAMETERS OF THIS SEAM, DEVICE TO RECEIVE DATA IN CASED SHAFT OF WELL, DEVICE TO COLLECT DATA FROM SURFACE SEAM OF GROUND 1999
  • Siglenek Rejnkhart
  • Tabanu Zhak R.
RU2169837C2
OIL WELL, METHOD FOR OIL EXTRACTION FROM THE WELL AND METHOD FOR CONTROLLABLE FLUID INJECTION INTO FORMATION THROUGH THE WELL 2001
  • Stedzhemejer Dzhordzh Leo
  • Vajngar Kharold Dzh.
  • Bernett Robert Reks
  • Sevedzh Vill'Jam Mauntdzhoj
  • Karl Frederik Gordon Ml.
  • Khersh Dzhon Mishel'
RU2258799C2
SYSTEM OF PLUNGER LIFT (VERSIONS) AND METHOD OF PUMP-COMPRESSOR RECOVERY OF FLUID MEDIA USING PROPOSED SYSTEM 2005
  • Sheffild Randolf Dzh.
RU2307954C2

RU 2 405 932 C2

Authors

Shuzenu Kristian

Nuaz Veronik

Dates

2010-12-10Published

2005-11-24Filed