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.
供氢剂中四氢萘对超稠油水热裂解影响最大。
Among hydrogen donors tested, tetralin has the biggest effect on super heavy oil aqua-thermolysis.
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.
针对回收污水中超稠油破乳脱水困难等问题进行了原因分析。
This paper analyzes the reasons of difficulty in demulsification and dehydration of super heavy oil during sewage recovery.
介绍了一种适用于浅层超稠油水平井的副管生产测井新技术。
A new technology of production logging with looped pipeline was introduced to suit to sallow horizontal well with viscous oil.
辽河油田含水超稠油的流变指数均小于1，它属于假塑性流体。
Flow behavior index of watery super-heavy oil of Liaohe oilfield is all less than 1, so it is quasi-plastic fluid.
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.
通过室内模拟实验，研制出适合该区超稠油开采的高温调剖剂类型。
High temperature profile control agent suitable to oil recovery in this area has been developed through laboratory modeling experiment.
辽河油田曙光特油2号站至石化分公司输油管线输送原油为超稠油。
The crude oil delivered from oil station 2 in the Liaohe oilfield to the oil transportation pipeline of the petroleum and chemical branch company is ultra-thick oil.
曙光油田曙一区超稠油储量丰富，是辽河油田重要的产能接替区块。
Shu1 area of Shuguang oilfield has abundant ultra heavy oil reserves and is an important production superseding block of Liaohe oilfield.
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.
方法应用油藏工程技术，结合矿场试验，进行超稠油水平井蒸汽吞吐研究。
Method Using reservoir engineering and incorporating field tests, horizontal steam huff and puff for super heavy oil reservoir is studied.
结果分注选注技术有效地提高了超稠油油层纵向动用程度，提高了油井产量。
Result This technique has effectively improved vertical utilization degree of super heavy oil formation and increased the crude production.
温度和含水率对含水超稠油的流动特性均有明显的影响，温度升高，视粘度下降。
Both temperature and water cut have notable impacts on flowing characteristics of the oil. When the temperature increases, the apparent viscosity will decrease.
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.
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.
结果表明，超稠油中含有一定量的硫是地层注蒸汽温度下进行水热裂解反应的前提。
The results indicate that a certain content of sulfur existed in super heavy oil is one of the necessary conditions in aquathermolysis reaction at temperature of steam injection.
辽河曙一区杜212块边部部分超稠油储量尚未动用，该油藏原油粘度大，油层薄。
Super heavy oil reservoir potential at rim of Du 212 block Shuyi district of Liaohe oilfield has not been developed.
而尚未开发的新区大多属于超稠油、低渗、薄层或深层等开采难度较大的低品位油藏。
However, most of undeveloped new blocks are low-grade reservoirs with many development difficulties such as super heavy oil, low permeability, thin bed and deep pay.
以高浓度超稠油乳化段废水为研究对象，对其基本性质及前处理工艺进行了系统研究。
Systematic study was conducted on fundamental characteristics and pretreatment process of super viscous oil emulsion wastewater.
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.
以胜利油田超稠油污水深度处理先导试验为例，对油田含油污水回用处理技术进行研究。
Oily wastewater reusing treatment technologies were carried out for Shengli oilfield heavy oil wastewater deep treatment unit.
如果您在非常深的水超稠油坠，一个2速度机制可以方便当你只是简单用尽牵引注册坠。
If you use ultra heavy sinkers in very deep water, a 2 speed mechanism can be handy when you are just plain exhausted hauling up sinkers.
对吸汽、产液剖面等监测资料进行分析后认为，曙一区超稠油油层总体纵向动用程度较差。
Analysis of monitoring data of steam entry and liquid-producing profiles shows that overall vertical producing degree of super heavy oil reservoirs in Shul area is poor.
针对辽河超稠油金属含量高，残炭、胶质、沥青质含量高的特点，研究开发了焦化脱金属剂。
Aimed at the characteristic of Liaohe super heavy crude oil such as high content of heavy metal, carbon residue, gum and asphaltene, the demetallization agent for delayed coking unit was developed.
方法依据曙一区超稠油蒸汽吞吐特征，选用高温产液剖面测试仪，对放喷期产液剖面进行测试。
Method From steam soaking characteristics of super heavy oil in Shu 1 area, fluid producing profiles during flowing is tested with high temperature profile tester.
同时建立了一种有效的溶剂萃取、浓缩超稠油中酸性组分的分离方法，并探讨了适宜的萃取条件。
Meanwhile, an effective method of obtaining acidic components from heavy oil by solvent extraction was provided and the suitable extraction condition was explored.
本文针对目前塔河油田超稠油掺稀降粘逐渐暴露的各种问题，进行了超稠油井筒泡沫油降粘的研究。
In this paper, base on the gradually exposed problems of the current Tahe oilfield heavy oil mixed thin oil visbreaking, conducted a wellbore foaming oil visbreaking research.
本文针对目前塔河油田超稠油掺稀降粘逐渐暴露的各种问题，进行了超稠油井筒泡沫油降粘的研究。
In this paper, base on the gradually exposed problems of the current Tahe oilfield heavy oil mixed thin oil visbreaking, conducted a wellbore foaming oil visbreaking research.
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