1.
Research on Producing Technology of Wangjiagang Thin Reservoir with Low Permeability and High Pour Point;
王家岗油田薄层低渗高凝油藏开采技术研究
2.
The Research of Steam Injection and Hot-water Injection in Cao Tai Buried Hill Construction Cracks High-condensate Oilfield
曹台潜山裂缝性高凝油藏注蒸汽及注热水开采适应性研究
3.
Enhancing Oil Recovery of Condensate Gas Reservoir by Horizontal Wells
利用水平井提高凝析气藏原油采收率
4.
Laboratory Study on Weak Gel Profile Control System for High Temperature Reservoir
适用于高温油藏的弱凝胶调驱体系室内研究
5.
Experimental Study on Profile Control of Weak Gelling Deep Displacement in High Temperature Reservoirs
高温油藏弱凝胶深部调驱技术室内研究
6.
Development of a Composite Pour Point Depressant for Shengli High Pour Point Crude Oil
胜利油田高凝原油复配降凝剂的研制
7.
Prediction of Recoverable Condensate Oil Reserves in Pinghu Condensate Gas Reservoir by Natural Depletion Process
平湖凝析气藏衰竭式开采凝析油可采储量预测
8.
PREPARATION AND MECHANISM OF A POUR POINT DEPRESSANT FOR HIGH POUR POINT CRUDE OIL
高凝原油降凝剂的制备及其降凝机理
9.
Abounding in gas and condensate, the Banqiao region of Dagang oil field is a typic condensate reservoirs.
大港油田板桥地区,是典型的凝析油气藏。
10.
Studies and Applications of Water-Rock Interaction for Super-Viscous Oil Reservoir;
超稠油油藏高温水岩反应研究及应用
11.
Construction of Flooding Bacteria for Reservior Post Polymer Flooding
聚合物驱后油藏高效驱油菌种的构建
12.
STUDY OF EOR METHOD ABOUT MARGINAL HEAVY OIL RESERVOIR IN SHENGLI OIL FIELD
胜利油田边际稠油油藏提高采收率方法研究
13.
The Technical Study for Enhancing Production Rate of Ng Formation Reservoir in Chengdao Oil Field;
埕岛油田馆陶组油藏提高采油速度技术研究
14.
Study on Cyclic Steam Stimulation in Low Permeability High Viscosity Thin Oil Reservoir;
低渗透高粘稀油油藏蒸汽吞吐采油技术研究
15.
Fineness Reservoir Description and Remaining Oil Distributing Rule Research for Gaoxi Oil Field;
高西油田精细油藏描述及剩余油分布规律研究
16.
On enhancing recovery of viscous oil sandstone reservoirs through polymer flooding;
用聚合物驱油提高稠油砂岩油藏采收率
17.
Technique of enhancing recovery of remaining oil in heavy oil reservoirs by horizontal wells
利用水平井提高稠油油藏剩余油采收率技术
18.
Study on"2+3"oil displacement technology in enhancing thin oil reservoir efficiency
“2+3”驱油技术提高稀油油藏采收率实验研究