胜利油田的稠油油藏具有埋藏深、油层薄、边水严重以及原油黏度高等特点。
The characteristics of heavy oil reservoirs are deep burial, thin bed, active edge water and high viscosity in Shengli Oilfield.
注水开发多年的具边水的普通稠油油藏的原油粘度高、流度比大，加之油藏非均质及边水入侵的影响，其注水开发效果较差。
The development effectiveness of water flooding for the heavy oil reservoir with edge water is poor because of the high oil viscosity, high mobility ratio and the invasion of edge water.
实验研究了工业品原油降凝剂WHP改善含蜡56.9%、其中96.6%为正构烷烃的胜利郑王庄稠油流动性的效果。
The flowability improvement by using commercial pour point depressant WHP is studied for Zhengwangzhuang viscous crude oil of Shengli, containing 56.9% wax, of which 96.6% is noraml paraffins.
富拉尔基稠油油田原油粘度高，地下流动能力较低，常规开采较为困难，而蒸汽吞吐开采效果也不理想。
Crude oil in Fularchi heavy oilfield has high viscosity and low mobility. Conventional development is difficult and the effect of cyclic steam stimulation is also not ideal.
目的确定稠油油藏注蒸汽开发的原油采收率和可采储量。
Purpose To determine oil recovery factor and recoverable reserves of heavy oil reservoir developed by steam injection.
蒸汽驱是稠油油藏经过蒸汽吞吐开采后进一步提高原油采收率的主要热采阶段。
Steamflooding is the main important stage in the thermal recovery of heavy oil reservoir, which can further enhance the recovery of heavy oil.
地层热阻是稠油和高凝油进行热力开采时的重要基础数据，它关系到采出原油在井筒中的温度分布。
Thermal resistance in the formation around a well is the basic datum and is concerned to the temperature distribution of oil in wellbore.
原油族组分分析结果表明，菌种能够降解稠油中的非烃和长链饱和烃。
Crude oil group analysis shows that the bacteria can degrade nonhydrocarbon and long chain saturated hydrocarbons.
常规稠油油藏大多为我国东部含油盆地上第三系次生油藏，具有多层砂岩的特点，地下原油粘度较大。
Most of the conventional heavy oil reservoirs in oil basins of east China belong to secondary Neogene reservoirs having multilayer of sands and high oil viscosity.
稠油出砂冷采是使油层大量出砂形成蚯蚓洞和形成稳定泡沫油而获得较高的原油产量。
In a cold production process, the well gets a high oil production with withdrawal of large amount of sand and formation of foamy oil.
用该方程式可计算在地层温度下的脱气原油密度值，为稠油分类及合理开发提供了可靠的依据。
The density of crude oil in place can be calculated by this equation. The equation provides a reliable basis for heavy oil classification and reasonable development.
套保油藏原油具有稠油特征，构造、岩性、断层是油藏形成的主要控制因素。
The oil in Taobao reservoir has the characteristic of viscous oil. The structure, lithology and fault are the main controlling factors of the formation of the reservoir.
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.
辽河油田部分稠油油藏地质结构疏松、原油粘度较高、出砂状况较为严重；
The heavy oil reservoir of Liao Oilfield is unconsolidated sandstone reservoir, its oil viscosity is very high, sanding is serious.
随着常规原油产量的递减，稠油开采对缓解能源供求紧张意义重大。
With the decline of conventional crude oil production, heavy oil exploitation become more and more important.
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.
对于前期进行过多轮次蒸汽吞吐的普通稠油，随原油粘度增大，注CO2吞吐的换油率增大，可行性增加；
Study shows that for common heavy oil after cyclic steam stimulation, the higher the oil viscosity, the greater the utilization factor of CO2injection, and the more feasible by CO2stimulation process;
注蒸汽稠油热采是指稠油开采时向稠油层注入适当干度的高压蒸汽进行原油采集。
Steam thermal drive oil is the method in which high pressure steam with suitable dryness fraction is injected into heavy oil stratum.
稠油不同于常规原油，主要是粘度大，难于用常规方法开采。
Heavy oil is different from general oil, mostly its viscosity is too thick to be exploited with normal methods.
由于稠油段油层原油的粘度高，重烃组分所占比例大，因此造成采出井采出困难。
The viscosity of crude oil from viscous oil reservoir is high and heavy hydrocarbon components constitute the majority. So, it is difficult to produce oil from production Wells.
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.
全面分析了埋地含蜡原油管道停输后管内原油的温降规律，对埋地含蜡原油管道与输水管道、稠油管道以及架空管道的停输温降规律进行了比较。
The temperature drop characteristics of buried waxy crude pipelines in shutdown are summarized and compared with those in water pipelines, heavy crude pipelines and aerial waxy crude pipelines.
秦皇岛32 - 6南区原油粘度高密度大，具有常规稠油的特点，目前生产状况极不乐观。
The south region of Qinhuangdao32-6 is conventional heavy oil reservoir with high viscosity and big density.
鲁2块油藏是吐玉克油田原油粘度最大、埋藏最浅的稠油油藏。
Lu-2 reservoir is the heavy reservoir in Tuyuke Oilfield which the viscosity is the highest and the buried depth is the shallowest.
针对辽河油田的特、超稠油独特的流动特征，用旋转法测定原油的流变性，研究其流变特性及其粘度影响因素，为开发此类油藏提供依据。
In accordance with the peculiar flowing features of extra, super heavy oil in Liaohe oilfield, the rheological property was tested by rotary method.
这类原油属于原生低成熟特稠油，油源为都一段未熟、低成熟烃源岩。
This type of oil is derived from the shallowly buried, immature or lowly mature source rock of Duhongmu Formation I.
抽余油失去了原油所具有的与碱水间良好乳化性质和低界面张力性质，说明超稠油中少量的酸性组分是其碱水乳化的主要活性组分。
Raffinate loses the emulsifying ability and low interfacial tension property, so the acidic components in heavy oil are the major active component for emulsification of basic water.
抽余油失去了原油所具有的与碱水间良好乳化性质和低界面张力性质，说明超稠油中少量的酸性组分是其碱水乳化的主要活性组分。
Raffinate loses the emulsifying ability and low interfacial tension property, so the acidic components in heavy oil are the major active component for emulsification of basic water.
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