Rheology of enhanced oil recovery polymers-a review

M. Hashmet, B. Demiral, Mohamed Ali, M. Kashif
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引用次数: 1

Abstract

Chemical flooding, in particular ASP flooding is of increasing interest because of current high prices and the need to increase oil production. Recent lab research has shown significant benefits to using surfactants at high PH even if the oil has a low acid no. & thus little if any surfactant is generated in-situ. So high ph surfactant-polymer flooding is also of great current interest. Normally, the problem in water flooding is unfavorable Mobility Ratio and because of it viscous fingering may occur and as a result of viscous fingering early break through will be observed, so low oil recovery will be obtained. The viscosity and the size of the emulsion formed in the reservoir is of great importance because if the size is too large and viscosity is high it can plug the pore spaces thus reducing the overall recovery and if the size is too small and viscosity is very low than the desirable sweep efficiency will not be achieved thus again causing reduction in recovery.
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提高采收率聚合物的流变性研究进展
由于目前的高油价和提高石油产量的需求,化学驱,特别是三元复合驱越来越受到人们的关注。最近的实验室研究表明,即使油的酸度较低,在高PH下使用表面活性剂也有显著的好处。&因此,几乎没有任何表面活性剂在原地生成。因此,高ph的表面活性剂-聚合物驱也是当前研究的热点。通常情况下,水驱的问题是流动性比不利,因此可能会出现粘指现象,粘指现象会导致早期突破,从而导致采收率低。在储层中形成的乳化液的粘度和尺寸非常重要,因为如果尺寸太大,粘度太高,它会堵塞孔隙空间,从而降低整体采收率;如果尺寸太小,粘度太低,则无法达到理想的波及效率,从而再次导致采收率降低。
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