单家寺油田单6东断块是典型的超稠油油藏。
Fault block of east Shan 6 in Shanjiasi oilfield is a typical super heavy oil reservoir.
浅层超稠油油藏地层原油粘度大，流动性差，开采难度大。
Super - heavy oil in shallow reservoirs has high viscosity and poor mobility, and is difficult to recover.
应用效果表明，这些新技术符合超稠油油藏特点，开发效果明显。
The result shows that the new techniques are proper of the reservoir characters. Its production effect is obvious.
采用迭代法，通过数学推导，得到已开发超稠油油藏的技术可采储量。
The technical recoverable reserve of developed ultra heavy oil reservoir is obtained by using iterative method and mathematical model.
以曙一区杜84块兴隆台油层为例，探讨了水平井技术在超稠油油藏挖潜中的应用。
Application of horizontal well technology to tap the potential of super heavy oil reservoir is studied for Xinglongtai reservoir in block Du84 of Shu1 area.
根据曙一区超稠油油藏的储集物性、原油性质及开采特点，进行高温调剖技术研究。
High temperature profile control is studied according to reservoir petrophysical properties and super heavy oil properties in Shu1 area.
计算结果对于克拉玛依油田九7区特超稠油油藏进行蒸汽吞吐开采具有一定的指导意义。
The results can be as a guide for super heavy oil production in District 9-(7) by steam stimulation process.
通过对井下热电偶测温技术的综合研究，揭示了特浅层超稠油油藏井间热连通特征及蒸汽在剖面上的分布状态。
Comprehensive researches of the downhole thermocouple temperature log data reveal the thermal interconnecting characteristics between Wells and the distribution of steam on profile.
针对特超稠油油藏原油胶质、沥青质含量高，层状结构复杂的特点，研制了高效复合降粘体系XGD并对其性能进行了评价。
A high efficient complex viscosity reduction system XGD was developed for the crude oil in superheavy oil reservoir with high resin and asphaltene content and complicated layer structure.
针对特超稠油油藏原油胶质、沥青质含量高，层状结构复杂的特点，研制了高效复合降粘体系XGD并对其性能进行了评价。
A high efficient complex viscosity reduction system XGD was developed for the crude oil in superheavy oil reservoir with high resin and asphaltene content and complicated layer structure.
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