Ultrasound-Assisted CO2 Flooding to Improve Oil Recovery

Hossein Hamidi (Corresponding Author), Amin Sharifi Haddad, Erfan Mohammadian, Roozbeh Rafati, Amin Azdarpour, Panteha Ghahri, Peter Ombewa, Tobias Neuert, Aaron Zink

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Abstract

CO2 flooding process as a common enhanced oil recovery method may suffer from interface instability due to fingering and gravity override, therefore, in this study a method to improve the performance of CO2 flooding through an integrated ultraosund-CO2 flooding process is presented. Ultrasonic waves can deliver energy from a generator to oil and affect its properties such as internal energy and viscosity. Thus, a series of CO2 flooding experiments in the presence of ultrasonic waves were performed for controlled and uncontrolled temperature conditions. Results indicate that oil recovery was improved by using ultrasound-assisted CO2 flooding compared to conventional CO2 flooding. However, the changes were more pronounced for uncontrolled temperature conditions of ultrasound-assisted CO2 flooding. It was found that ultrasonic waves create a more stable interface between displacing and displaced fluids that could be due to the reductions in viscosity, capillary pressure and interfacial tension. In addition, higher CO2 injection rates, increases the recovery factor in all the experiments which highlights the importance of injection rate as another factor on reduction of the fingering effects and improvement of the sweep efficiency.
Original languageEnglish
Pages (from-to)243-250
Number of pages8
JournalUltrasonics sonochemistry
Volume35
Issue numberPart A
Early online date30 Sep 2016
DOIs
Publication statusPublished - Mar 2017

Fingerprint

oil recovery
Ultrasonic waves
ultrasonic radiation
Oils
Ultrasonics
Viscosity
Recovery
viscosity
injection
Injections
Temperature
Surface Tension
Capillarity
Gravitation
internal energy
Surface tension
interfacial tension
generators
oils
Experiments

Keywords

  • CO2 Flooding
  • ultrasound
  • high frequency waves
  • controlled and uncontrolled temperature
  • unconventional EOR

Cite this

Ultrasound-Assisted CO2 Flooding to Improve Oil Recovery. / Hamidi, Hossein (Corresponding Author); Sharifi Haddad, Amin; Mohammadian, Erfan; Rafati, Roozbeh; Azdarpour, Amin ; Ghahri, Panteha; Ombewa, Peter ; Neuert, Tobias; Zink, Aaron.

In: Ultrasonics sonochemistry, Vol. 35, No. Part A, 03.2017, p. 243-250.

Research output: Contribution to journalArticle

Hamidi, H, Sharifi Haddad, A, Mohammadian, E, Rafati, R, Azdarpour, A, Ghahri, P, Ombewa, P, Neuert, T & Zink, A 2017, 'Ultrasound-Assisted CO2 Flooding to Improve Oil Recovery', Ultrasonics sonochemistry, vol. 35, no. Part A, pp. 243-250. https://doi.org/10.1016/j.ultsonch.2016.09.026
Hamidi, Hossein ; Sharifi Haddad, Amin ; Mohammadian, Erfan ; Rafati, Roozbeh ; Azdarpour, Amin ; Ghahri, Panteha ; Ombewa, Peter ; Neuert, Tobias ; Zink, Aaron. / Ultrasound-Assisted CO2 Flooding to Improve Oil Recovery. In: Ultrasonics sonochemistry. 2017 ; Vol. 35, No. Part A. pp. 243-250.
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AU - Ombewa, Peter

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AB - CO2 flooding process as a common enhanced oil recovery method may suffer from interface instability due to fingering and gravity override, therefore, in this study a method to improve the performance of CO2 flooding through an integrated ultraosund-CO2 flooding process is presented. Ultrasonic waves can deliver energy from a generator to oil and affect its properties such as internal energy and viscosity. Thus, a series of CO2 flooding experiments in the presence of ultrasonic waves were performed for controlled and uncontrolled temperature conditions. Results indicate that oil recovery was improved by using ultrasound-assisted CO2 flooding compared to conventional CO2 flooding. However, the changes were more pronounced for uncontrolled temperature conditions of ultrasound-assisted CO2 flooding. It was found that ultrasonic waves create a more stable interface between displacing and displaced fluids that could be due to the reductions in viscosity, capillary pressure and interfacial tension. In addition, higher CO2 injection rates, increases the recovery factor in all the experiments which highlights the importance of injection rate as another factor on reduction of the fingering effects and improvement of the sweep efficiency.

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