New MTV computer package for hole cleaning design and analysis

Erhu Gao, John Ford, M. B. Oyeneyin, M. Larrucia, J. M. Peden, David Parker

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

    Abstract

    A computer package has been developed in the Department of Petroleum Engineering at Heriot-Watt University which provides a useful tool for the field engineer to predict the Minimum Transport Velocity (MTV) required to ensure efficient hole cleaning during drilling operations. The new software package, which operates in a Windows environment, has been designed and built in modules to allow the user to: (a) Predict the minimum circulation rate required for efficient cuttings transport at a given operational condition of hole angle, pipe rotation and eccentricity as well as fluid properties. (b) Model the drilling fluid velocity profile in a defined annular geometry. (c) Define, from viscometer data, the appropriate rheological model (Power-Law, Bingham Plastic, or Herschel-Bulkley) for a drilling fluid. In this paper, the details of the computer package are presented. The paper also describes how the lift and drag forces on the cuttings have been determined and used in the definition of the MTV. Highlights of the theoretical modelling of annular flow of Herschel-Bulkley fluids at different pipe eccentricities and pipe rotary speeds are also presented. Case studies which demonstrate the functionality of the package are also presented.

    Original languageEnglish
    Title of host publicationProceedings - Petroleum Computer Conference
    Pages7-20
    Number of pages14
    Publication statusPublished - 1993
    EventPetroleum Computer Conference - New Orleans, LA, USA
    Duration: 11 Jul 199314 Jul 1993

    Conference

    ConferencePetroleum Computer Conference
    CityNew Orleans, LA, USA
    Period11/07/9314/07/93

    Fingerprint

    Cleaning
    Drilling fluids
    Pipe
    Petroleum engineering
    Fluids
    Viscometers
    Software packages
    Drag
    Drilling
    Plastics
    Engineers
    Geometry

    Cite this

    Gao, E., Ford, J., Oyeneyin, M. B., Larrucia, M., Peden, J. M., & Parker, D. (1993). New MTV computer package for hole cleaning design and analysis. In Proceedings - Petroleum Computer Conference (pp. 7-20)
    Gao, Erhu ; Ford, John ; Oyeneyin, M. B. ; Larrucia, M. ; Peden, J. M. ; Parker, David. / New MTV computer package for hole cleaning design and analysis. Proceedings - Petroleum Computer Conference. 1993. pp. 7-20
    @inproceedings{813ab29423dc462e8178d5b5c2394ac1,
    title = "New MTV computer package for hole cleaning design and analysis",
    abstract = "A computer package has been developed in the Department of Petroleum Engineering at Heriot-Watt University which provides a useful tool for the field engineer to predict the Minimum Transport Velocity (MTV) required to ensure efficient hole cleaning during drilling operations. The new software package, which operates in a Windows environment, has been designed and built in modules to allow the user to: (a) Predict the minimum circulation rate required for efficient cuttings transport at a given operational condition of hole angle, pipe rotation and eccentricity as well as fluid properties. (b) Model the drilling fluid velocity profile in a defined annular geometry. (c) Define, from viscometer data, the appropriate rheological model (Power-Law, Bingham Plastic, or Herschel-Bulkley) for a drilling fluid. In this paper, the details of the computer package are presented. The paper also describes how the lift and drag forces on the cuttings have been determined and used in the definition of the MTV. Highlights of the theoretical modelling of annular flow of Herschel-Bulkley fluids at different pipe eccentricities and pipe rotary speeds are also presented. Case studies which demonstrate the functionality of the package are also presented.",
    author = "Erhu Gao and John Ford and Oyeneyin, {M. B.} and M. Larrucia and Peden, {J. M.} and David Parker",
    year = "1993",
    language = "English",
    pages = "7--20",
    booktitle = "Proceedings - Petroleum Computer Conference",

    }

    Gao, E, Ford, J, Oyeneyin, MB, Larrucia, M, Peden, JM & Parker, D 1993, New MTV computer package for hole cleaning design and analysis. in Proceedings - Petroleum Computer Conference. pp. 7-20, Petroleum Computer Conference, New Orleans, LA, USA, 11/07/93.

    New MTV computer package for hole cleaning design and analysis. / Gao, Erhu; Ford, John; Oyeneyin, M. B.; Larrucia, M.; Peden, J. M.; Parker, David.

    Proceedings - Petroleum Computer Conference. 1993. p. 7-20.

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

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    T1 - New MTV computer package for hole cleaning design and analysis

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    AU - Larrucia, M.

    AU - Peden, J. M.

    AU - Parker, David

    PY - 1993

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    N2 - A computer package has been developed in the Department of Petroleum Engineering at Heriot-Watt University which provides a useful tool for the field engineer to predict the Minimum Transport Velocity (MTV) required to ensure efficient hole cleaning during drilling operations. The new software package, which operates in a Windows environment, has been designed and built in modules to allow the user to: (a) Predict the minimum circulation rate required for efficient cuttings transport at a given operational condition of hole angle, pipe rotation and eccentricity as well as fluid properties. (b) Model the drilling fluid velocity profile in a defined annular geometry. (c) Define, from viscometer data, the appropriate rheological model (Power-Law, Bingham Plastic, or Herschel-Bulkley) for a drilling fluid. In this paper, the details of the computer package are presented. The paper also describes how the lift and drag forces on the cuttings have been determined and used in the definition of the MTV. Highlights of the theoretical modelling of annular flow of Herschel-Bulkley fluids at different pipe eccentricities and pipe rotary speeds are also presented. Case studies which demonstrate the functionality of the package are also presented.

    AB - A computer package has been developed in the Department of Petroleum Engineering at Heriot-Watt University which provides a useful tool for the field engineer to predict the Minimum Transport Velocity (MTV) required to ensure efficient hole cleaning during drilling operations. The new software package, which operates in a Windows environment, has been designed and built in modules to allow the user to: (a) Predict the minimum circulation rate required for efficient cuttings transport at a given operational condition of hole angle, pipe rotation and eccentricity as well as fluid properties. (b) Model the drilling fluid velocity profile in a defined annular geometry. (c) Define, from viscometer data, the appropriate rheological model (Power-Law, Bingham Plastic, or Herschel-Bulkley) for a drilling fluid. In this paper, the details of the computer package are presented. The paper also describes how the lift and drag forces on the cuttings have been determined and used in the definition of the MTV. Highlights of the theoretical modelling of annular flow of Herschel-Bulkley fluids at different pipe eccentricities and pipe rotary speeds are also presented. Case studies which demonstrate the functionality of the package are also presented.

    M3 - Conference contribution

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    Gao E, Ford J, Oyeneyin MB, Larrucia M, Peden JM, Parker D. New MTV computer package for hole cleaning design and analysis. In Proceedings - Petroleum Computer Conference. 1993. p. 7-20