1)recovery factor采收率
1.Study on oil recovery factor at exploration stage in Liaohe Oilfield;勘探阶段原油采收率研究
2.Study of crude oil recovery factor at Liaohe Oilfield exploration stage;辽河油田勘探阶段原油采收率研究
3.Method to estimate recovery factor loss due to casing damage in LaSaXing oilfields;喇萨杏油田套管损坏损失采收率的测算方法
英文短句/例句
1.natural depletion oil recovery天然能量开采的原油采收率
2.third crop productio用提高采收率方法采出的油
3.During IOR by gas injection, asphtene precipitation will commonly block the effect of IOR.在注气提高采收率过程中,沥青沉降经常严重妨碍了采收率的提高。
4.Study on Heat Production Enhanced Oil Recovery Technology in Fuyu Oilfield扶余油田热力采油提高采收率技术研究
5.AN ANALYSIS OF PROSPECT OF EOR BY GAS INJECTION IN LOW-PERMEABILITY OIL RESERVOIR低渗透油藏注气提高采收率前景分析
6.A complete set of EOR technology by gas injection in low permeability oil reservoirs.低渗透油藏注气提高采收率配套技术
7.DEVELOPMENT OF EOR BY GAS INJECTION IN FRACTURED RESERVOIRS裂缝性油藏注气提高采收率技术进展
8.Technologies of EOR in late stage of high water cut in Wenzhong oilfield.文中油田高含水后期提高采收率技术
9.EOR Method and Technology Application of Fault-block Oil Reservoir断块油藏提高采收率对策及技术应用
10.STUDY ON EOR BY HORIZONTALWELLS IN NV34 FAULT-BLOCK女34断块水平井提高采收率开发实践
11.Mechanisms of Enhanced Oil Recovery by Microbe Using Crude Oil as Carbon Source;原油碳源微生物提高原油采收率机理
12.Experimental Study on Enhanced Oil Recovery by Air Injection in HU12 Reservoir;胡12块注空气提高采收率实验研究
13.A Study on Mechanism of Enhanced Oil Recovery by Combinational Flooding in Conglomerate Reservoir砾岩油藏复合驱提高采收率机理研究
14.Study of Reservior Numerical Simulation for Enhanced Recovery by Air-foam Injection空气泡沫驱提高采收率数值模拟研究
15.Micro-experiment Research on Mechanism of Microbial Enhanced Oil Recovery微生物提高采收率机理微观实验研究
16.The Effects of Wettability on Oil Recovery Efficiency油藏润湿性对采收率影响的实验研究
17.Evaluation of Recovery Ratio of 422CⅢOil Group in Tazhong 4 Oilfield塔中4油田422CⅢ油组采收率评价
18.The Relationship Between Well Spacing Density and Recovery Factor in Dawanqi Oilfield大宛齐油田井网密度与采收率的关系
相关短句/例句
recovery[英][r?'k?v?ri][美][r?'k?v?r?]采收率
1.Study of the influence of CO_2 miscible displacement on enhanced oil recovery in Yushulin oilfield;CO_2混相驱驱油方式对榆树林油田采收率影响研究
2.Enhancing oil recovery of edge and bottom water reservoirs in the small fault blocks by usingspecial wells;利用特殊结构井提高小断块边底水油藏采收率
3.Status and application of the technology of enhancing recovery by electric ground;电场提高采收率技术的现状及应用
3)recovery efficiency采收率
1.The review on the predictive methodology of coalbed methane recovery efficiency;煤层气采收率预测方法评述
2.Factors influencing oil recovery efficiency and comprehensive classification of oil reservoirs;原油采收率影响因素探讨及油藏综合分类
3.Application of reservoir factor to forecasting the recovery efficiency of unconsolidat-ed sandstone reservoirs.;储层因子在疏松砂岩油藏采收率预测中的应用
4)oil recovery采收率
1.Study and application of the combination technique of secondary oil recovery with tertiary oil recovery in low permeability reservoirs;“2+3”组合提高采收率技术在濮城低渗油藏的研究与应用
2.Development of skid CO_2 pressurized injection plant and its application in oil recovery enhancement;撬装式CO_2压注站的研制和提高采收率
3.Experimental study of the enhanced oil recovery by using displacing agent M;M驱油剂提高原油采收率的实验研究
5)recovery ratio采收率
1.Oil recovery ratio modeling by neural network technique;用人工神经网络建立油田采收率模型
2.Seismic monitor of oil recovery ratio in old oil field;老油田石油采收率的地震监测
3.Application of support vector machine to oil recovery ratio modeling;支持向量机在原油采收率模型中的应用
6)recovery rate采收率
1.Study on the CBM recovery rate in Tiefa coal basin铁法盆地煤层气采收率分析
2.Based on the research of the characteristics of macro distribution of the remaining oil, the development technique and policy in the middle and late production periods of complex fault block reservoirs have been studied in order to reach the target of improving the development effect and increasing final recovery rate.为了能够进一步认识该类油藏开发中存在的问题、以及后期的科学开发,本文石油地质、油藏工程和经济评价等理论,运用渗流力学理论、数理统计、模糊数学、灰色系统等多种理论和方法相结合,深入研究这类复杂断块油藏开发后期开发技术政策和剩余油分布的特征,总结了开发以来各阶段技术政策,在研究宏观剩余油分布特征的基础上,进行了复杂断块油藏开发中后期的开发技术政策研究,以期达到改善开发效果,提高最终采收率的目的。
延伸阅读
石油采收率石油采收率oilrecovery衡量石油开采效率的技术经济指标。简称采收率。有最终石油采收率和目前石油采收率之分。最终石油采收率是以整个开采期限内石油可采储量与石油原始地质储量之比来表示;目前石油采收率是在某时间内的总采油量与石油原始地质储量的比来表示。采收率与油、气藏的地质因素和开发技术、经济条件有关,如油、气藏的驱动方式、储层物理性质、流体性质、布井方式、注采系统、强化采油(气)方法等。影响采收率的因素较多,克服其中一个或几个因素,就有可能提高石油采收率。如对油藏注水、注气均可提高采收率。通常水压驱动的油藏采收率最高可达35%~75%,溶解气驱动为5%~30%,气顶驱动为20%~50%,重力驱动为16%~50%。