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   recovery mode 在 石油天然气工业 分类中 的翻译结果: 查询用时:0.008秒
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recovery mode
相关语句
  开采方式
    Information classification of intelligent decision-making supporting system for heavy oil recovery mode.
    稠油开采方式智能决策支持系统中知识的分类
短句来源
    Oil displacement efficiencies of different displacement modes have been evaluated through ultra long basic tubular model, a physical simulation method, to determine the applicability of compound steam flue gas drive after steam huff and puff Appropriate recovery mode and optimized injection parameters were also determined.
    通过物理模拟试验手段———利用特长基础管式模型 ,评价各种驱替方式的驱油效率 ,以探讨蒸汽吞吐后转蒸汽复合烟道气驱的适应性。 确定合适的开采方式和优化的注入参数。
短句来源
  “recovery mode”译为未确定词的双语例句
    The rod pumping is the predominance mechanical recovery mode in world petroleum production, the system dynamical simulation is the base of system efficiency analysis and optimum design.
    有杆泵抽油是世界采油工程中一直占主导地位的机械采油方式,系统动态模拟是系统效率分析和优化设计的基础。
短句来源
    study the inspection of the depickling solvent recovery mode, the recycling condition, and recycling petroleum acid;
    完成对脱酸剂回收方式、回收条件,回收石油酸等问题的考察;
短句来源
    However,someone thinks that the optimum oil recovery mode of Lunnan oilfield should be hydraulic piston pump.
    但有人对此提出了不同意见,认为该地区的机械采油应首选水力活塞泵。
短句来源
    Through optimizing technical plan, land recovery mode of constructing road and platform while drilling is adopted, leading to 250000 t of annual oil production capacity in Hainan oilfield.
    通过优化技术方案,采用边修路堤、边建平台、边打井的陆地化开采模式,使海南油田形成了年产25×104 t原油的生产能力。
短句来源
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  recovery mode
It was found that the major recovery mode, whether pseudoelastic or strain-memory, did not have any significant effect on the total recovery obtained.
      
This paper seeks to understand whether the recovery mode is inherently slower than the normal mode.
      
A lot of work has been devoted to optimize the normal mode, but little has focused on optimizing the recovery mode.
      
Many reliable distributed systems are consensus-based and typically operate under two modes: a fast normal mode in failure-free synchronous periods, and a slower recovery mode following asynchrony and failures.
      
Our results demonstrated no influence of recovery mode on absolute $${t90{V\hbox{O}}_{2{\rm max}}}$$ or $${t95{V\hbox{O}}_{2{\rm max}}}$$ mean values despite significantly longer tlim values for IEP than for IEA.
      
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Gas lift has been used to recovery oil in Triassic reservoir of Lunnan oilfield since 1991. Sofar a gas compressor station has been built, 20 oil wells have applied gas lift method,and normal oil production is made all along. However,someone thinks that the optimum oil recovery mode of Lunnan oilfield should be hydraulic piston pump. In view of this problem,this paper reiterates the principle of selection of mechanical oil recovery method,discusses the basic method to predict the production feasibilityof...

Gas lift has been used to recovery oil in Triassic reservoir of Lunnan oilfield since 1991. Sofar a gas compressor station has been built, 20 oil wells have applied gas lift method,and normal oil production is made all along. However,someone thinks that the optimum oil recovery mode of Lunnan oilfield should be hydraulic piston pump. In view of this problem,this paper reiterates the principle of selection of mechanical oil recovery method,discusses the basic method to predict the production feasibilityof artifical lift oil well applying coordinate principle of delivery and discharge. The results obtained fromthis coordinate method coincide with the actual production data. Furthermore, this paper analyses theprincipal foundation of selection of gas lift,compares the feasibility of gas lift with that of hydraulic piston pump,clarifys the probems about the testing technology and gas injection pressure of gas lift,andprovides three suggestions for the further improvement of oil development result of this reservoir.

轮南油田三叠系油藏机械采油方式自1991年决定采用气举以来,目前已建成压气站一座,有20余口井投入气举采油,而且生产正常。但有人对此提出了不同意见,认为该地区的机械采油应首选水力活塞泵。针对这一问题,本文重申了该油藏的机械采油设计原则,论述了利用油井供排协调原理预测机采井生产可行性的基本方法,由此得出的气举参数与现场实际生产数据相吻合。同时分析了该油藏选择气举采油的主要依据,对气举和水力活塞泵采油在该油藏的适应性进行了对比分析,澄清了气举测试工艺、注气压力设计等有关问题,并对进一步提高该油藏的气举开采提出了三点建议。

This paper discusses production characteristics, effects on production performance, direction of steam channeling into thefracture, and compares production per formances in different recovery modes. lt shows that under pilot steamfloods withhorizontal wells in shallow ultra-viscous oil reservoirs, Fengcheng area, Karamay oil field, steam channeling into the fractureis an important factor controlling production performance of horizontal wells. Intermittent steam drive and chemical viscosityreduction following...

This paper discusses production characteristics, effects on production performance, direction of steam channeling into thefracture, and compares production per formances in different recovery modes. lt shows that under pilot steamfloods withhorizontal wells in shallow ultra-viscous oil reservoirs, Fengcheng area, Karamay oil field, steam channeling into the fractureis an important factor controlling production performance of horizontal wells. Intermittent steam drive and chemical viscosityreduction following steam huff and puff for preheating in horizontal we11s has been proved to be an effective recovery process.

风城浅层超稠油油藏水平井试验区由1口水平井、3口在井和5口观察井组成。1995年投入注蒸汽开发试验。从生产试验特点、生产效果影响因素、汽窜裂缝方向及不同生产方式下效果对比等方面进行了分析研究,得出:汽窜裂缝是影响水平井生产效果的重要因素;水平井吞吐预热、间歇汽驱、化学剂降粘是一种行之有效的开采方式。

Based on the characteristics of deep burial, low permeability, fracture, massiveness, bottom water, volatile oil and abnormal high pressure of Carboniferous volcanic reservoir in Shixi oiffield, fiuid phase behaviour match and preduction history match were conducted by applying VIP component numerical simulator, and then studied the technical lindts of natural energy, oil recovery rate and secondary oil recovery mode and sensitivity analysis. Based on comparison of predicted indexes in multiple runs, the...

Based on the characteristics of deep burial, low permeability, fracture, massiveness, bottom water, volatile oil and abnormal high pressure of Carboniferous volcanic reservoir in Shixi oiffield, fiuid phase behaviour match and preduction history match were conducted by applying VIP component numerical simulator, and then studied the technical lindts of natural energy, oil recovery rate and secondary oil recovery mode and sensitivity analysis. Based on comparison of predicted indexes in multiple runs, the ophmized development scheme was presented, which can guide development of similar reservoir.

针对准噶尔盆地石西油田石炭系火山岩油藏具有的深层、低渗透、裂缝性、块状、有底水、原油具挥发性和高压异常等特点,应用VIP组分数值模拟软件进行了油藏流体相态拟合和生产历史拟合,并在此基础上,分别对天然能量、采油速度和二次采油方式的技术界限进行了研究和参数敏感性分析,通过多种方案的指标预测结果对比,提出了最优开发方案,取得了具有指导意义的认识。也为今后该类油藏的开发提供了积极的指导和借鉴的例证。

 
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