Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics

Junyang Zhou, Michael A. Adewumi

Research output: Chapter in Book/Report/Conference proceedingConference contribution

1 Citation (Scopus)

Abstract

Blockage often occurs in gas-condensate natural gas pipelines. A transient compositional multiphase hydrodynamic model for transient gas-condensate two-phase flow and a hybrid high-resolution higher-order TVD/Roe scheme are used to investigate wave propagations in gas-condensate natural gas pipelines with blockages under transient excitations. The wave propagation behavior at one of the two ends or one or more specified locations with known blockages at given locations along a pipeline is monitored. The location of a blockage along a pipeline may change, and the corresponding wave propagation behavior is simulated. The effect of severity and length of a blockage on the characteristics of wave propagation behavior is investigated. A double-test approach is proposed to determine the length of a blockage in a pipeline. Also, multiple blockages with different relative locations along a pipeline are investigated. This study is intended to develop a blockage detection technique for gas-condensate natural gas pipelines using wave propagation characteristics.

Original languageEnglish (US)
Title of host publicationPetroleum Production Technology
Editors Anon
PublisherASME
StatePublished - 1999
EventProceedings of the 1999 ASME Energy Sources Technology Conference - Houston, TX, USA
Duration: Feb 1 1999Feb 3 1999

Other

OtherProceedings of the 1999 ASME Energy Sources Technology Conference
CityHouston, TX, USA
Period2/1/992/3/99

Fingerprint

Gas condensates
Natural gas pipelines
gas condensate
gas pipeline
Wave propagation
wave propagation
natural gas
Pipelines
two phase flow
Two phase flow
Hydrodynamics
hydrodynamics
detection

All Science Journal Classification (ASJC) codes

  • Geology
  • Geotechnical Engineering and Engineering Geology

Cite this

Zhou, J., & Adewumi, M. A. (1999). Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics. In Anon (Ed.), Petroleum Production Technology ASME.
Zhou, Junyang ; Adewumi, Michael A. / Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics. Petroleum Production Technology. editor / Anon. ASME, 1999.
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abstract = "Blockage often occurs in gas-condensate natural gas pipelines. A transient compositional multiphase hydrodynamic model for transient gas-condensate two-phase flow and a hybrid high-resolution higher-order TVD/Roe scheme are used to investigate wave propagations in gas-condensate natural gas pipelines with blockages under transient excitations. The wave propagation behavior at one of the two ends or one or more specified locations with known blockages at given locations along a pipeline is monitored. The location of a blockage along a pipeline may change, and the corresponding wave propagation behavior is simulated. The effect of severity and length of a blockage on the characteristics of wave propagation behavior is investigated. A double-test approach is proposed to determine the length of a blockage in a pipeline. Also, multiple blockages with different relative locations along a pipeline are investigated. This study is intended to develop a blockage detection technique for gas-condensate natural gas pipelines using wave propagation characteristics.",
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Zhou, J & Adewumi, MA 1999, Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics. in Anon (ed.), Petroleum Production Technology. ASME, Proceedings of the 1999 ASME Energy Sources Technology Conference, Houston, TX, USA, 2/1/99.

Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics. / Zhou, Junyang; Adewumi, Michael A.

Petroleum Production Technology. ed. / Anon. ASME, 1999.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

TY - GEN

T1 - Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics

AU - Zhou, Junyang

AU - Adewumi, Michael A.

PY - 1999

Y1 - 1999

N2 - Blockage often occurs in gas-condensate natural gas pipelines. A transient compositional multiphase hydrodynamic model for transient gas-condensate two-phase flow and a hybrid high-resolution higher-order TVD/Roe scheme are used to investigate wave propagations in gas-condensate natural gas pipelines with blockages under transient excitations. The wave propagation behavior at one of the two ends or one or more specified locations with known blockages at given locations along a pipeline is monitored. The location of a blockage along a pipeline may change, and the corresponding wave propagation behavior is simulated. The effect of severity and length of a blockage on the characteristics of wave propagation behavior is investigated. A double-test approach is proposed to determine the length of a blockage in a pipeline. Also, multiple blockages with different relative locations along a pipeline are investigated. This study is intended to develop a blockage detection technique for gas-condensate natural gas pipelines using wave propagation characteristics.

AB - Blockage often occurs in gas-condensate natural gas pipelines. A transient compositional multiphase hydrodynamic model for transient gas-condensate two-phase flow and a hybrid high-resolution higher-order TVD/Roe scheme are used to investigate wave propagations in gas-condensate natural gas pipelines with blockages under transient excitations. The wave propagation behavior at one of the two ends or one or more specified locations with known blockages at given locations along a pipeline is monitored. The location of a blockage along a pipeline may change, and the corresponding wave propagation behavior is simulated. The effect of severity and length of a blockage on the characteristics of wave propagation behavior is investigated. A double-test approach is proposed to determine the length of a blockage in a pipeline. Also, multiple blockages with different relative locations along a pipeline are investigated. This study is intended to develop a blockage detection technique for gas-condensate natural gas pipelines using wave propagation characteristics.

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M3 - Conference contribution

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PB - ASME

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Zhou J, Adewumi MA. Blockage detection in gas-condensate natural gas pipelines using wave propagation characteristics. In Anon, editor, Petroleum Production Technology. ASME. 1999