再配合适当的注采井网，特低渗透油藏开发水平将有大幅度的提高。
The fracturing technology of horizontal well and supplementary well patterns can greatly improve the development effectiveness in the ultra-low permeability reservoir.
最后研究了可动油在特低渗透油藏评价中的应用，为特低渗透油藏评价寻找到一个新的途径。
Finally it studies the application of moveable oil in reservoir evaluation so as to find a new method for the evaluation of very low permeable reservoir.
结果表明，微裂缝性特低渗透油藏一维单向渗流的压力分布影响因素比较多，如启动压力梯度、变形系数、生产压差和排距等，并且这些因素均以非线性方式产生综合影响。
The single-phase porous flow plugged by mobile gels is nonlinear, the starting pressure of oil is lower than that of water, and the permeability of oil is higher than that of water.
安塞油田坪北区油层渗透率特低，具有微裂缝，油井产量低等特点，为此，增加了油藏开发中的难度；
The oil reservoirs in Pingbei Area of Ansai Oilfield is difficult to develop because of its ultra-low permeability, micro-fracture, and low production of oil wells.
全面系统地分析了胜利油田一批稠油、特稠油、疏松砂岩油藏以及低渗透油层低产的原因。
This paper fully and systematically analyses the reasons for low oil yield of numbers of heavy oil, super-heavy oil, loose sand reservoir and low permeability layers in Shengli oilfield.
台105合作开发区葡萄花油层属低渗透-特低渗透岩性油藏。
Tai 105 cooperative developing block is a lithologic reservoir of low or extra low permeability.
搞好油藏的注采系统调整，是高效开发低特低渗透油田的重要措施。
Successful adjustment of injection and production system is an important approach to exploit the low super low permeability reservoir efficiently.
外围油田也是增加可采储量的主要方向，但90%的储量位于特低丰度、特低渗透及复杂断块油藏。
Peripheral oilfields are also the main direction to increase recoverable reserves, but 90% reserves are located in ultra-low abundance, ultra-low permeability and complex fault-block reservoirs.
该方案初步实施结果表明，对于特低渗透厚层块状油藏，分层系加密开发是可行和经济有效的。
The application of this plan indicated that SZPT for extra low-permeability fractured thick massive reservoir is a feasible and effective way to improve the development effectiveness.
本发明公开了一种对特低渗透储层的油藏工程计算以及基于该计算结果得到的面积井网的优化方法。
The invention discloses special low permeating reservoir petroleum reservoir engineering calculation and area well pattern optimization method based on the calculation.
对于异常高压特低渗透压敏油藏注水开发困难，一般采用人工压裂依靠天然能量开发，开发过程中油井产量受地层能量衰减、压敏效应以及裂缝导流能力衰减等因素的影响。
During the development, the production of producers is affected by many factors, such as the attenuation of formation energy, pressure sensitive effect and the attenuation of fracture flow capacity.
对于异常高压特低渗透压敏油藏注水开发困难，一般采用人工压裂依靠天然能量开发，开发过程中油井产量受地层能量衰减、压敏效应以及裂缝导流能力衰减等因素的影响。
During the development, the production of producers is affected by many factors, such as the attenuation of formation energy, pressure sensitive effect and the attenuation of fracture flow capacity.
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