1) SN 31 well area
石南31井区
1.
Provenance analysis of the Member 1 of Lower Cretaceous Qingshuihe Formation in SN 31 well area in Xiayan uplift of Junggar Basin;
准噶尔盆地夏盐凸起石南31井区下白垩统清水河组一段物源分析
2) Block Shinan 31 oil pool
石南31井油藏
3) Ding 31 well area
定31井区
1.
Through the deposition layering of Chang 1 reservior in Ding 31 well area of Youfangzhuang oil field,in terms of the character parameter of rock physics,adopted the method of direct clustering analysis, A, B, C, D four kinds of flow units are classified in Chang 1 reservior of this area, and the geological meaning of them are.
通过对鄂尔多斯盆地油房庄油田定31井区长1油层组进行沉积分层,并依据岩石物理特征参数,采用直接聚类分析的方法,将该区长1油层组划分为A、B、C、D四类流动单元并对其地质意义进行了分析。
2.
Through fine geologic modeling of Chang 1 reservior of Ding 31 well area in Youfangzhuang oil field, numerical modeling is set on geologic reserve, oil production, watercut and pressure in the area.
通过对鄂尔多斯盆地油房庄油田定31井区长1油藏精细地质建模,对该区油田地质储量、采油量、含水率和压力等方面进行了数值模拟,在此基础上,对剩余油分布规律进行了研究,认为剩余油主要分布在构造高部位、沉积主河道注水未波及部位、生产井泄油半径之外和生产井未补孔层位。
4) Bai31
百31井区
1.
The reservoir of Layer P_1j~3 of Jiamuhe in Bai31 District of Baikouquan oil field of Junggar basin, its porosities are 2~ 18.
准噶尔盆地百口泉油田百31井区二叠系佳木河组三段储层基质孔隙度为2～18。
5) the 4th well region in Shinan
石南4井区
1.
For low formation pressure, bad reservoir physical property and delay of water injection at early time of the 4th well region in Shinan of Shixi oilfield, it is of formation power not being compensated timely that causing its shortfall.
石西油田石南4井区由于地层压力低,储层物性差加上油藏前期注水未跟上,地层能量得不到及时补充,造成地层能量亏空,部分井地层出砂、压裂改造后油层回吐压裂砂填埋油层,导致修井作业冲砂返不出的难题。
6) SN21 well area
石南21井区
1.
In this paper,we present a case study where we combine sequence stratigraphiy with seismic velocity study for a 3D seismic survey landing at the SN21 well area in Junggar Basin,China.
在对准噶尔盆地腹部石南21井区岩性地层油气藏研究中,将层序地层学的研究成果与地球物理中的速度分析相结合,以高精度层序地层格架为指导,对层序地层格架内的地层进行速度研究,目的在于预测出储层内部有利砂岩发育区及储层埋深,为井位论证提供重要的基础资料。
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