以陆源油藏为代表的高黏度油藏X产层水驱对采收率的影响程度

IF 0.8 Q4 METALLURGY & METALLURGICAL ENGINEERING Kompleksnoe Ispolzovanie Mineralnogo Syra Pub Date : 2023-02-24 DOI:10.31643/2023/6445.28
A. Agzamov, G. Efendiyev, G. Moldabayeva, A. Syzdykov, R. Suleimenova, S. Tuzelbayeva, К. Zaurbekov
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引用次数: 1

摘要

在总结多层高黏度油田开发经验的基础上,研究了后期注水对生产层采收率的影响。应用数据处理的统计方法,得到了采油系数与储层冲刷系数的相关性,并具有足够高的相关系数。所获得的相关性证实了采用水驱开发的生产层采油的理论基础,可用于类似对象的工艺设计。在世界上许多产油区,由于发现了新油田,资源基础的质量不断恶化,而且由于储量的增加而不能完全补充石油生产。与此同时,勘探和勘探工作的成本在增加,地质和物理条件以及每个已发现油田的具体储量都在恶化。
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On the degree of influence of waterflooding on the oil recovery factor from productive formations of high-viscosity reservoirs X, represented by terrigenous reservoirs
On the basis of the generalization of experience in the development of multilayer high-viscosity fields X the influence of waterflooding in the late stage on the oil recovery factor of productive formations has been studied. By applying statistical methods of data processing the dependence of the oil recovery factor on the reservoir flushing factor, with a sufficiently high correlation coefficient, has been obtained. The dependence obtained confirms the theoretical basis of oil recovery from productive formations developed with waterflooding and can be used when designing the process on similar objects. In many oil-producing regions of the world, the tendency of deteriorating quality of the resource base and incomplete replenishment of oil production by the growth of their reserves due to the discovery of new fields is observed. At the same time, the costs of prospecting and exploration works are increasing, and geological, andphysical conditions and specific reserves per each discovered field are worsening.
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