Estimates show that after current primary and secondary oil reservoir recovery mechanisms up to 90% of the original oil remains in the reservoir. Further recovery mechanisms can be incorporated but are often deemed economically inefficient as well as overly invasive. An alternative method of recovery is therefore a very attractive prospect. It has been shown that seismic waves propagating through saturated porous rock can generate weak ultrasonic waves. Oil saturated porous rocks have shown enhanced oil recovery under the exposure of ultrasound. There are several mechanisms claimed to cause this improvement with no generally agreed dominant mechanism
The results of a study of seismoacoustic emission appearing in a saturated porous geological environ...
Master of ScienceDepartment of GeologyAbdelmoneam RaefMatthew TottenThe quantity of hydrocarbon reco...
The main focus of this research is to initiate the use of intermittent vibration in order to save th...
Estimates show that after current primary and secondary oil reservoir recovery mechanisms up to 90% ...
It is estimated that after currently utilized primary and secondary reservoir recovery mechanisms, u...
The ultimate recovery factor of primary and secondary recovery process can be up to approximately 40...
With dwindling worldwide petroleum supplies, there is an ever increasing pressure on the oil industr...
In oil reservoirs about 60% of the original oil in place remains as residual oil after primary and s...
In oil reservoirs about 60% of the original oil in place remains as residual oil after primary and s...
Acknowledgements The authors appreciate the Faculty of Petroleum and Renewable Energy Engineering at...
Application of ultrasonic waves as an unconventional enhanced oil recovery method has been a point o...
In recent years, ultrasonic technology has played an important role in the development of oil fields...
AbstractIn oil reservoirs about 40% of the original oil in place is produced and the rest remains as...
This paper presents the use of intermittent vibration as a cost-effective and environmentally friend...
Acknowledgments E.O. gratefully acknowledges the financial support of the Tertiary Education Trust F...
The results of a study of seismoacoustic emission appearing in a saturated porous geological environ...
Master of ScienceDepartment of GeologyAbdelmoneam RaefMatthew TottenThe quantity of hydrocarbon reco...
The main focus of this research is to initiate the use of intermittent vibration in order to save th...
Estimates show that after current primary and secondary oil reservoir recovery mechanisms up to 90% ...
It is estimated that after currently utilized primary and secondary reservoir recovery mechanisms, u...
The ultimate recovery factor of primary and secondary recovery process can be up to approximately 40...
With dwindling worldwide petroleum supplies, there is an ever increasing pressure on the oil industr...
In oil reservoirs about 60% of the original oil in place remains as residual oil after primary and s...
In oil reservoirs about 60% of the original oil in place remains as residual oil after primary and s...
Acknowledgements The authors appreciate the Faculty of Petroleum and Renewable Energy Engineering at...
Application of ultrasonic waves as an unconventional enhanced oil recovery method has been a point o...
In recent years, ultrasonic technology has played an important role in the development of oil fields...
AbstractIn oil reservoirs about 40% of the original oil in place is produced and the rest remains as...
This paper presents the use of intermittent vibration as a cost-effective and environmentally friend...
Acknowledgments E.O. gratefully acknowledges the financial support of the Tertiary Education Trust F...
The results of a study of seismoacoustic emission appearing in a saturated porous geological environ...
Master of ScienceDepartment of GeologyAbdelmoneam RaefMatthew TottenThe quantity of hydrocarbon reco...
The main focus of this research is to initiate the use of intermittent vibration in order to save th...