如果不进行三次采油就不会被采出的原油采出量。
Crude oil that could not have been produced without a tertiary recovery project.
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.
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.
微生物采油技术是一种提高原油采出率的卓有成效的方法。
Microbiological oil recovery technique is a highly effective way that enhances oil recovery percent of reserves?
采出原油的黏度、油水界面张力和含蜡质量分数分别由42。
The viscosity, IFTs, and wax component of the crude oil produced by microbial flooding are reduced from 42.
油田开采后期，采出液中含水率很高且采出液量极不稳定，这就导致原油电脱水系统频繁受到大的干扰。
In the later period of oilfield development, high water cut in produced fluid and unstable produced fluid volume may cause big and frequent disturbance in the electric dehydration system of crude oil.
试验表明该除砂技术较为完善地解决了地面集输系统由于原油采出液中含砂造成的危害。
Test shows that the sand removal technology solves the sand-containing problems perfectly in produced liquid in surface gathering transfering system.
气顶驱是相对较为有效的一种驱油机理，平均可采出原油地质储量的35%。
Gas cap drive is relatively efficient, producing an average of 35% of the oil in place.
在此过程中，被加热的原油将在重力作用下自然流入低部位的井中，随后采出。
In this process, heated oil normally drains to the lower well by gravity and is produced from the reservoir.
其中油田伴生气是指在油气藏中，烃类以液相和气相两相共存，在开采过程中伴随原油同时被采出的天然气。
Among them, oilfield associated gas is carried out with crude oil in the process of production as hydrocarbons exist in form of both gas phase and fluid phase.
微生物提高原油采收率(简称MEOR方法)是石油开采过程中采用的一种利用微生物及其代谢产物将残留原油采出的方法。
Microbial enhanced oil recovery (MEOR) is a technique to utilize microorganisms and their metabolic products to improve the recovery of crude oil from reservoir rocks.
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.
为了在平台的有限寿命期内采出更多的原油，注聚提高采收率已经成为海上油田的技术选择。
To exploit more crude oil in the limited life of the platform, polymer injection enhanced oil recovery has become the offshore oil field technology choices.
近年来，水力旋流器在高含水期采出液预脱水和原油脱水的应用上取得了可喜的进展。
Tn recent years, attractive progress has been made in the well stream pre-separation and the crude dehydration by hydrocyclone during high water-cut production.
近年来，水力旋流器在高含水期采出液预脱水和原油脱水的应用上取得了可喜的进展。
Tn recent years, attractive progress has been made in the well stream pre-separation and the crude dehydration by hydrocyclone during high water-cut production.
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