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   gas-lifting production 的翻译结果: 查询用时:0.007秒
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gas-lifting production
相关语句
  气举采油
     APPLICATION OF PLUNGER GAS-LIFTING PRODUCTION TECHNOLOGY IN WENDONG OILFIELD
     柱塞气举采油工艺在文东油田的应用
短句来源
  相似匹配句对
     Gas Analyses
     气体分析
短句来源
     The Emissivity of Gas
     气体黑度
短句来源
     PYROLYTIC-GAS CHROMATOGRAPHY
     热解-气相色谱法
短句来源
     Mark-J Gas System
     Mark-J气体系统
短句来源
     Lifting sheaves
     提升的层结构
短句来源
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This paper presents an analysis of the internal relationship of various parameters (production liguid rate, total gas liquid ratio, solution gas liquid ratio, injection gas rate, choke size and well head pressure)of gas lift well. Based on the practical production data from seven gas lift production wells in Huizhou 21-1 oil field. It concludes that it is a crucial task to select a reasonable working regularity and an optimum gas liquid ratio according to production capacity in order...

This paper presents an analysis of the internal relationship of various parameters (production liguid rate, total gas liquid ratio, solution gas liquid ratio, injection gas rate, choke size and well head pressure)of gas lift well. Based on the practical production data from seven gas lift production wells in Huizhou 21-1 oil field. It concludes that it is a crucial task to select a reasonable working regularity and an optimum gas liquid ratio according to production capacity in order to achieve a higher gas lift efficiency.

从惠州21—1油田7口气举采油井的实际生产数据出发,分析了气举井的各种有关参数(总气液比、产液量、注气量、伴生气、油嘴尺寸和井口压力等)之间的内在联系,认为根据井的生产能力。选择合理的工作制度和最佳总气液比,以达到较高的产液量和举升效率,是气举采油井的一个至关重要的问题。

An optimization design is carried out for a weakly volatile reservoir in consideration of a candidate well in Qiuling oilfield for gas lifting The main target for optimization design is to select a proper method for evaluaing multiphase vertical tubing flow for gas lifting production in the oilfield Computational techniques, gas lifting apparatus and technical parameters ,production rate and gas injection rate of a single well are given,also

针对丘陵油田气举选井的具体情况 ,开展弱挥发性油藏气举采油工艺优化设计。优化的主要内容是优选符合丘陵油田气举生产的垂直多相管流的计算方法、气举方式及装置、气举工艺参数及单井的产量及注气量等。

To properly evaluate lift effect of continuous gas lift wells, make clear the flow pattern of wellbore fluid and improve management level of oil wells, using new multiparameter test analysis technique, i. e. making use of high accuracy electronic pressure gauge may acquire simultaneous pressure and temperature data of a test well. According to test requirements, taking samples at any time spacing and voluntary combination of test curve, and further combined with acquired surface data, it may timely and accurately...

To properly evaluate lift effect of continuous gas lift wells, make clear the flow pattern of wellbore fluid and improve management level of oil wells, using new multiparameter test analysis technique, i. e. making use of high accuracy electronic pressure gauge may acquire simultaneous pressure and temperature data of a test well. According to test requirements, taking samples at any time spacing and voluntary combination of test curve, and further combined with acquired surface data, it may timely and accurately analyze working circumstances of a gas lifted production well. Through field comparison and analysis of several jobs, it indicates that the technique is very accurate, visual and applicable, it has opened up a new test way for gas lift oil production technology and has elarged the scope of test data utilization.

为正确估价连续气举井的举升效果 ,搞清井筒液体流态 ,提高油井的管理水平 ,运用多参数测试分析新技术 ,即利用高精度电子压力计可同时采集测试井的压力、温度数据 ,根据测试要求按任意时间间隔取点 ,测试曲线可任意组合 ,再结合录取的地面资料 ,及时、准确地分析气举采油井的工作状况 ,经多井次现场对比分析 ,说明该技术准确性高 ,直观适用 ,为气举采油工艺开拓了新的测试途径 ,扩大了测试资料的应用范围。

 
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