Measuring solid cuttings transport in Newtonian fluid across horizontal annulus using electrical resistance tomography (ERT)

The in-situ visualization of flow in the opaque pipes and annulus is a major cause of concern for studying hole cleaning issues and multiphase flow patterns in the oil and gas industry. Electrical resistance tomography is one of the latest non-intrusive technologies, which can provide real-time cros...

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Published inFlow measurement and instrumentation Vol. 77; p. 101841
Main Authors Qureshi, M. Fahed, Ali, Moustafa H., Ferroudji, Hicham, Rasul, Golam, Khan, Muhammad Saad, Rahman, Mohammad Azizur, Hasan, Rashid, Hassan, Ibrahim
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 01.03.2021
Subjects
Annulus
Electrical resistance tomography
Multiphase flow
Multiphase flow
Electrical resistance tomography
Annulus
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Abstract The in-situ visualization of flow in the opaque pipes and annulus is a major cause of concern for studying hole cleaning issues and multiphase flow patterns in the oil and gas industry. Electrical resistance tomography is one of the latest non-intrusive technologies, which can provide real-time cross-sectional images of multiphase flow patterns in opaque pipes and annulus. Most studies conducted using the ERT system in the area of multi-phase flow is limited to opaque pipes and two-phase systems. Therefore, in this work is the suitability of the ERT technology has been tested to examine the three-phase flow (air-liquid-solid) and solids cuttings transport in a horizontal flow loop annulus system at wide operating conditions. The effect of different eccentricities (0–50%), inner pipe rotation speed (0–120 RPM), liquid flow rates (164–373 kg/min) and air input pressure (0–0.8 bar) on solids concentration in the specified ERT zone was examined using ERT concentration tomograms. •Use of Electrical Resistance Tomography (ERT) to examine three-phase flow regime.•Effect of eccentricity on solids transport across the annulus using ERT.•Effect of liquids flow rates on solids transport across the annulus using ERT.•Effect of airflow rate on solids transport across the annulus using ERT.
AbstractList The in-situ visualization of flow in the opaque pipes and annulus is a major cause of concern for studying hole cleaning issues and multiphase flow patterns in the oil and gas industry. Electrical resistance tomography is one of the latest non-intrusive technologies, which can provide real-time cross-sectional images of multiphase flow patterns in opaque pipes and annulus. Most studies conducted using the ERT system in the area of multi-phase flow is limited to opaque pipes and two-phase systems. Therefore, in this work is the suitability of the ERT technology has been tested to examine the three-phase flow (air-liquid-solid) and solids cuttings transport in a horizontal flow loop annulus system at wide operating conditions. The effect of different eccentricities (0–50%), inner pipe rotation speed (0–120 RPM), liquid flow rates (164–373 kg/min) and air input pressure (0–0.8 bar) on solids concentration in the specified ERT zone was examined using ERT concentration tomograms. •Use of Electrical Resistance Tomography (ERT) to examine three-phase flow regime.•Effect of eccentricity on solids transport across the annulus using ERT.•Effect of liquids flow rates on solids transport across the annulus using ERT.•Effect of airflow rate on solids transport across the annulus using ERT.
ArticleNumber 101841
Author Ali, Moustafa H.
Khan, Muhammad Saad
Qureshi, M. Fahed
Ferroudji, Hicham
Hassan, Ibrahim
Rahman, Mohammad Azizur
Hasan, Rashid
Rasul, Golam
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  organization: Petroleum Engineering, Texas A&M University, TX, USA
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Electrical resistance tomography
Annulus
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Snippet The in-situ visualization of flow in the opaque pipes and annulus is a major cause of concern for studying hole cleaning issues and multiphase flow patterns in...
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SubjectTerms Annulus
Electrical resistance tomography
Multiphase flow
Title Measuring solid cuttings transport in Newtonian fluid across horizontal annulus using electrical resistance tomography (ERT)
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