1) super heavy oil
特超稠油
1.
New processes for well completion,cementing,and development in super heavy oil reservoirs
特超稠油油藏完井固井开发新工艺
2.
Lengjia oilfield is the key production area of heavy oil in Liaohe oilfield,which has feature of complicated geology structure,much deeper formation and producing super heavy oil and heavy oil.
冷家油田是辽河油田的稠油主要产区 ,地质构造复杂 ,油层埋藏较深 ,产特超稠油和普通稠油 ,以蒸汽吞吐热采为主要采油方法。
3.
The viscosity of super heavy oil of Henan oilfield presentes decrease in exponent with the temperature rise,inflection point of the viscosity-temperature curves is at 50℃.
河南油田特超稠油的黏度随着温度的升高呈指数式减小。
2) super-heavy oil
特超稠油
1.
With the increasing demand of global economy on oil and the development of oil production technologies, a lot of research has been studied on the thermal recovery of super-heavy oil reservoirs.
蒸汽吞吐作为特超稠油最基本的开采方式,仍存在开采界限不明,开采潜力不清等问题。
3) shallow superheavy oil reservoir
浅层特、超稠油
1.
Heat recovery technologies in horizontal wells for shallow superheavy oil reservoirs are concluded in this article.
对浅层特、超稠油油藏斜直水平井注蒸汽开采工艺技术进行了总结,这些技术包括:完井、双油管注汽与采油、井下温度跟踪监测、单井吞吐及间歇汽驱等技术,分析了不同油藏、不同注蒸汽热采方式的生产效果,对下一步工作提出了建议。
4) extra-heavy oil
超稠油
1.
Thermal recovery technology for extra-heavy oil of block Leng 37 in Lengjiapu oil field.;
冷家堡油田冷37块超稠油热采工艺技术
2.
Prediction method of output in horizontal wells of extra-heavy oil reservoir
超稠油油藏水平井产量的预测方法
3.
Xinglongtai Formation in Block Du 84 of the Shu1 heavy oil area,Liaohe Oilfield,is a massive-block extra-heavy oil reservoir,with the oil viscosity greater than 100Pa·s at 50℃.
辽河油田曙一区杜84块兴隆台油层兴Ⅵ组为厚层块状超稠油油藏,50℃下脱气原油黏度大于100Pa。
5) super heavy oil
超稠油
1.
Upgrading and viscosity reduction of super heavy oil by aqua-thermolysis with hydrogen donor;
超稠油供氢水热裂解改质降黏研究
2.
Influence of steam overlay on residual oil distribution in massive super heavy oil reservoirs;
蒸汽超覆对块状超稠油油藏剩余油分布影响研究
3.
Study and application of super heavy oil pre-dehydrant;
超稠油预脱水剂的研究与应用
6) extra heavy oil
超稠油
1.
physical and numerical simulation of steam assisted gravity drainage with vertical and horizontal well combination in extra heavy oil reservoir;
超稠油直井-水平井组合蒸汽辅助重力泄油物理和数值模拟
2.
Effect of silicotungstic acid on catalytic visbreaking of extra heavy oil from Shengli oilfield;
硅钨酸对胜利油田超稠油的催化降黏作用
3.
Preparation and application of a viscosity-reducer for extra heavy oil of Liaohe Oilfield;
辽河油田超稠油降黏剂的配制及应用
补充资料：密密稠稠
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