1) Zaoyuan Oil Field in Dagang
大港枣园油田
2) Zaoda Water-Treating Station (Dagang)
枣大站(大港油田)
3) Zaoyuan Oilfield
枣园油田
1.
Control of base level cycles on channel sand geometry: A case study on Zao Ⅱ-Ⅲ reservoirs,Zaoyuan Oilfield;
基准面旋回对河道砂体几何形态的控制作用——以枣园油田孔一段枣Ⅱ—Ⅲ油组为例
2.
Application of Water-out Reservoir Geochemical Evaluating Techniques in Zaoyuan Oilfield;
水淹层地化评价技术在枣园油田的应用
3.
Theoretical study on pore structure parameters in heavily watered-out zone has been conducted in Zaoyuan oilfield in accordance with the problems such as low mobility,complex structure and poor process adaptability.
针对枣园油田存在的油藏流度低、构造复杂、工艺适应性差等问题,在该油田开展强水淹层孔隙结构参数的理论研究,对注水前后的孔喉结构的变化情况进行了分析,同时根据储层非均质性强的特点现场实施了相控注水、点弱面强、投球调剖、工艺优化和注水吞吐等技术,实现该油田减缓自然递减和增加可采储量的双重目的,使该油田综合开发水平由三类上升到一类。
4) Zaoyuan oil field
枣园油田
1.
Comprehensive evaluation of reservoir on K_2 formation of Zaoyuan oil field;
大港枣园油田孔二段储层综合评价
5) Dagang Oilfield
大港油田
1.
Relationship between tectonic transfer zones and petroleum accumulation in Banqiao Sag,Dagang Oilfield;
大港油田板桥凹陷构造变换带与油气富集
2.
Research on Flow Units of Thick Sandstone Reservoir in Fault Block Guan 142 of Dagang Oilfield;
大港油田官142断块巨厚砂岩的储层流动单元
3.
Novel Developments of ERW Technology in the Dagang Oilfield;
大港油田大位移井钻井实践和技术最新进展
6) Dagang Oil Field
大港油田
1.
Design of Storage System at CNG Station in Dagang Oil Field;
大港油田CNG加气站储气系统设计及工艺技术
2.
Reservoir heterogeneity study on Guan 104 Block of Dagang oil field;
大港油田官104断块储层非均质性研究
3.
Zao IV and V payzones in Shenjiapu area of Dagang oil field belong to heavy and viscous crude reservoirs of complicated fault blocks.
大港油田沈家铺地区的枣Ⅳ、Ⅴ油组属复杂断块稠油油藏 ,由于构造落实程度低、测井解释符合率低、原油性质差、产能不落实 ,一直未能投入开发。
补充资料：吉大港丘陵
吉大港丘陵
孟加拉国东南部丘陵，全国地势最高，海拔300-600米。由10条南北向的并列山丘组成，山顶呈圆锥形，宽度不超过40米，山势东高西低，东南部的凯奥克拉东峰，海拔1，229米，是全国最高峰。森林茂密，是孟加拉国林、竹主要产地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条