Document Type : Review Paper

Authors

• Dina Harith Shaker ¹
• Raheek Ismael Ibrahim ²
• Manal Kadhim Oudah ³

¹ Electromechanical Engineering Department, University of Technology - Iraq

² Electromechanical Engineering Department, University of technology, Iraq

³ Electromechanical Engineering Department, university of technology, Iraq

Abstract

Oil production poses significant challenges for the oil industry. During the primary and secondary stages of oil production, only a small fraction of the oil can be extracted, leaving large amounts of oil trapped within reservoirs. To address this problem, enhanced oil recovery techniques are applied. These techniques are aimed at increasing the efficiency of production and removing the remaining oil from reservoirs. One promising technology that researchers are currently studying is ultrasonic-based oil recovery. This technology involves using ultrasonic waves to break down the high viscosity of the trapped oil and facilitate its removal. The ultrasonic-based improved oil recovery method is a cheap and environmentally friendly approach that can be used in any type of reservoir. It protects the well from damage, prevents heat loss, and allows for stimulation. This study provides an overview of both traditional and unconventional enhanced oil recovery methods. The traditional methods include chemical, gas, and thermal procedures, while the unconventional methods include electromagnetic, microwave heating, and ultrasonic methods. The study gives a comprehensive assessment of the literature on ultrasonic wave application and advancements in improved oil recovery. It highlights the potential benefits of ultrasonic-based improved oil recovery technology and its role in addressing the challenges facing the oil industry.

Keywords

• Ultrasonics
• Cavitation
• Crude oil
• Enhanced Oil Recovery