The Effect of Temperature and Impeller Speed on Mechanically Induced Gas Flotation (IGF) Performance in Separation of Oil from Oilfield-Produced Water

R. Mastouria S. M. Borgheib F. Nadimc amp; E. Roayaeid

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The Effect of Temperature and Impeller Speed on Mechanically Induced Gas Flotation (IGF) Performance in Separation of Oil from Oilfield-Produced Water

机译：温度和叶轮转速对从油田生产水中分离油的机械诱导气浮（IGF）性能的影响

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《Petroleum Science and Technology》 |2010年第14期|p.1415-1426|共12页
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R. Mastouria S. M. Borgheib F. Nadimc amp; E. Roayaeid;
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1. The Effect of Temperature and Impeller Speed on Mechanically Induced Gas Flotation (IGF) Performance in Separation of Oil from Oilfield-Produced Water [J] . R. MASTOURI, S. M. BORGHEI, F. NADIM, Petroleum Science and Technology . 2010,第13a15期

机译：温度和叶轮转速对从油田生产水中分离油的机械诱导气浮（IGF）性能的影响
2. Oil removal of oilfield-produced water by induced air flotation using nonionic surfactants [J] . da Silva Syllos Santos, Chiavone-Filho Osvaldo, de Barros Neto Eduardo Lins, Desalination and water treatment . 2015,第7期

机译：使用非离子表面活性剂的气浮法去除油田生产的水
3. STUDIES ON IMPELLER TYPE, IMPELLER SPEED AND AIR FLOW RATE AN INDUSTRIAL SCALE FLOTATION CELL. PART 4: EFFECT OF BUBBLE SURFACE AREA FLUX ON FLOTATION PERFORMANCE [J] . Gorain B.K., Franzidis J.P. Minerals Engineering . 1997,第4期

机译：工业规模浮选机叶轮类型，叶轮速度和空气流速的研究。第4部分：气泡表面通量对浮选性能的影响
4. A Multidisciplinary Approach to Site Characterization and Remediation of Contamination From Oilfield-Produced Waters, East Poplar Oil Field, Fort [C] . Peck Indian Reservation, Michael A. Jacobs Society of Petroleum Engineers E and P Environmental and Safety Conference . 2009

机译：从石油田径生产的水域，东杨树油田，堡垒污染的多学科方法
5. OIL-WATER SEPARATION BY INDUCED AIR FLOTATION. [D] . BYESEDA, JOHN JOSEPH. 1980

机译：通过气浮分离油水。
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The Effect of Temperature and Impeller Speed on Mechanically Induced Gas Flotation (IGF) Performance in Separation of Oil from Oilfield-Produced Water

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