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Conventional and electrical EOR review the development trend of ultrasonic application in EOR

机译:常规和电气EOR回顾超声波应用在EOR中的发展趋势

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摘要

A small portion of oil can be extracted during primary and secondary stages of oil production, and significant quantities of oil remain in reservoirs. Enhanced oil recovery methods are used to extract the trapped oil with high viscosity in reservoirs and improve the efficiency of the production wells. Ultrasonic-based enhanced oil recovery method has become of considerable interest to researchers in recent years. This paper mainly presents the in-depth literature review of ultrasonic wave to investigate its application development trend in enhanced oil recovery. Besides, it also presents an overview of conventional enhanced oil recovery techniques such as chemical, gas, and thermal methods and nonconventional techniques such as electromagnetic and microwave heating. The results exhibit an increasing implementation of the ultrasonic waves for oil recovery since it is an inexpensive and ecologically sound method, can be applied in any type of reservoir, protects the well against damage, prevents heat loss, and enables stimulation freely.
机译:可以在油生产的初级和二级阶段中提取一小部分油,并且大量的油保留在储层中。增强的采油方法用于提取储存器中高粘度的捕获油,提高生产井的效率。超声波的增强型油回收方法对近年来研究人员具有相当大的兴趣。本文主要介绍了超声波的深入文献综述,探讨了其增强储油的应用发展趋势。此外,它还概述了常规增强的采油技术,如化学,气体和热方法,以及电磁和微波加热等非传说技术。结果表现出越来越多的超声波用于采油,因为它是一种廉价且生态的声音方法,可以应用于任何类型的储存器,保护井免受损坏,防止热量损失,并使刺激自由刺激。

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