DEVELOPMENT OF A COMBINED TECHNOLOGY AND ULTRASONIC SCHEME FOR STIMULATION OF OIL RECOVERY

M. S. Mullakaev; V. O. Abramov; V. G. Prachkin

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DEVELOPMENT OF A COMBINED TECHNOLOGY AND ULTRASONIC SCHEME FOR STIMULATION OF OIL RECOVERY

机译：石油采收率联合技术和超声方案的开发

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摘要

Experimental and full-scale pilot tests of a newly developed thermoacoustic down-hole system and a combined technology infields of Western Siberia and the Samara Oblast testify to their high efficiency. The equipment and technology developed can be offered to oil companies to increase the yield of their wells.

机译：对新开发的热声井下系统以及西伯利亚西部和萨马拉州的结合技术领域进行的实验和大规模先导测试证明了它们的高效率。可以将开发的设备和技术提供给石油公司，以提高其油井的产量。

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来源
《Chemical and Petroleum Engineering 》 |2015年第4期| 237-242| 共6页
作者
M. S. Mullakaev; V. O. Abramov; V. G. Prachkin;
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作者单位

Institute of General and Inorganic Chemistry, Russian Academy of Sciences (IONKh RAN), Moscow, Russia;

Institute of General and Inorganic Chemistry, Russian Academy of Sciences (IONKh RAN), Moscow, Russia;

Institute of General and Inorganic Chemistry, Russian Academy of Sciences (IONKh RAN), Moscow, Russia;

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原文格式 PDF
正文语种 eng
中图分类
关键词
oil; ultrasound; face zone of wells; well production; productivity index of wells; down-hole thermoacoustic system; combined technology; full-scale pilot tests;

机译：油;超声波井面区域;井生产;井的生产率指数;井下热声系统;组合技术;全面的中试;

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1. Development of ultrasonic equipment and technology for well stimulation and enhanced oil recovery [J] . Mullakaev M. S., Abramov V. O., Abramova A. V. Journal of Petroleum Science & Engineering . 2015 ,第Null期

机译：超声波设备和技术的开发，用于增产和提高油井采收率
2. Ultrasonic automated oil well complex and technology for enhancing marginal well productivity and heavy oil recovery [J] . M.S. Mullakaev, V.O. Abramov, A.V. Abramova Journal of Petroleum Science & Engineering . 2017 ,第期

机译：超声自动化油井复杂和技术，提升边际井生产力和重油回收
3. Ultrasonic technology for enhanced oil recovery from failing oil wells and the equipment for its implemention [J] . Abramov V.O., Mullakaev M.S., Abramova A.V., Ultrasonics sonochemistry . 2013 ,第5期

机译：超声波技术可增强从故障油井中采油的能力及其实施设备
4. Effective Secondary Recovery Stimulation Using Solid Propellant Technology for Tight Sand Development in Sirikit Oil Field,Thailand [C] . Wararit Toempromraj, Deephrom Weeramethachai, Thanita Kiatrabile IADC/SPE Asia Pacific Drilling Technology Conference and Exhibition . 2018

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5. Core and pore scale investigations on immiscible displacement and enhanced oil/heavy-oil recovery under ultrasonic waves. [D] . Naderi, Khosrow. 2008

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6. Thermal Welding by the Third Phase Between Polymers: A Review for Ultrasonic Weld Technology Developments [O] . Jianhui Qiu, Guohong Zhang, Eiichi Sakai, 2020

机译：聚合物之间第三相的热焊接：超声焊接技术发展的回顾
7. Improved oil recovery by application of ultrasonic stimulated waterflooding [O] . Mohammadain Erfan, Shirazi Mohammad Amin, Parak Mahdi, 2011

机译：通过使用超声增产注水技术提高采收率
8. Evaluation of the Feasibility of Combining Carbon Dioxide Flooding Technologies with Microbial Enhanced Oil Recovery Technologies in Order to Sequester Carbon Dioxide, (Final Report) [R] . French, T., Brown, L., Hernandez, R., 2009

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DEVELOPMENT OF A COMBINED TECHNOLOGY AND ULTRASONIC SCHEME FOR STIMULATION OF OIL RECOVERY

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