人工举升是一种油田开采技术，用于增加井口压力或减少上升液体的密度，从而提高油井生产率。在石油工业中，人工举升已经成为一种关键的技术，对于优化油井生产和延长井的寿命起着重要作用。本文收集了关于人工举升的英语短句和例句，以便帮助读者更全面地了解这一技术。从技术角度出发，本文将介绍人工举升的原理、应用领域以及相关案例，旨在为读者提供一份全面的人工举升参考资料。无论是对于石油工程师还是对于对该领域感兴趣的读者，这些英语短句和例句都将提供有益的参考和指导。
人工举升,artificial lift
1)artificial lift人工举升
1.Plunger lift is anartificial lift method by a plunger traveling up and down the tubing to remove these accumulated liquids from the wellbore.柱塞气举是通过在油管柱内上下循环运动的柱塞把地层产液举出地面的人工举升方法。
2.In the present paper the variousartificial lift methods are reviewed, and hydraulic pumping, rod pumping, gas lift and ESP methods as used for deep wells are disccussed.针对深层油田的特点 ,对各种人工举升采油方法进行总结 ,分析和总结了深井人工举升采油方法 ,用实例说明水力泵、有杆泵、气举和电潜泵在深层油田采油中的应
3.This paper introduced the present situation and development tendency on the foreign completion technology,fracture acidizing,artificial lift,well workover,and laboratory experiment,it is useful for the development of the gas production engineering technique in China.重点介绍了国外在完井、压裂酸化、人工举升、修井及室内实验技术等各方面的发展现状和发展趋势,对国内采气工程技术的发展具有很好的借鉴意义。
2)artificial lift人工升举
3)artificially lifted well人工举升井
4)lift technology举升工艺
1.With the increasing of oil well and producing reserves, it is difficult for conventional artificiallift technology to meet the producing need.随着油井深度及稠油动用储量的增加,常规举升工艺已很难满足生产的需要。
2.The paper analyses the effect factors on ternary combination floodinglift technology,compare application conditions and economic benefit of three lift technologies in ternary combination flooding and select alift technology suited for ternary combination flooding.针对困扰三元复合驱举升工艺的因素进行分析 ,并将 3种举升工艺在三元复合驱的使用情况及经济效益进行对比 ,从中优选出适用于三元复合驱的举升工艺 ,为工业化推广提供依据。
英文短句/例句
1.The field application of water-soluble gas lifting technology in Sanhu area三湖地区水溶气举升工艺的现场应用
2.PARAMETER DESIGN OF ‘GAS RECOVERY BY LIQUID DRAINAGE’TECHNIQUE WITH GAS LIFT BY GAS-LIFT VALVE FOR GAS WELLS气井气举阀气举排液采气工艺参数设计研究
3.Optimization of gas lifting to improve oil recovery in the Algerian Zarzaitine Oilfield阿尔及利亚Zarzaitine油田气举工艺优化
4.Hole Clearing by air-lift reverse circulation method in bored piles冲(钻)孔灌注桩气举反循环清孔工艺
5.Arts, crafts and sciences up lift the world of being, and are conducive to its exaltation.艺术、工艺和科学提升了人类世界，使人攀高知。
6.Research on the Distilling and Resolving Technology of lyophilizing Agaricus bisporus双孢蘑菇冻干的升华与解析工艺研究
7.Jack-up platform transport technics and analysis自升式平台运输工艺及平台受力分析
8.Upgrading and Reconstruction of Oxidation Ditch in Northern China北方地区氧化沟工艺的升级改造研究
9.Application of CWSBR~ Process to Upgrading and Reconstruction of WWTPCWSBR~工艺用于污水处理厂一级A升级改造
10.Technology on Braking Wheel of Mine Lifter2.25m矿井提升机制动盘整形工艺
11.Stamping Process of Glass Lift Outer Covering of Automobile Door汽车车门玻璃升降器外壳件冲压工艺
12.Construction Process for Turning over the Formwork with Sliding Lift on 100m Pier超百米高墩的滑升架翻转模板施工工艺
13.Optimized Analysis on Upgrading and Reconstruction Project of Linyi Wastewater Treatment Plant临沂污水处理厂升级改造工程工艺优化分析
14.Improvement on theProcess of Wood-lined Rope Groove of ZJK3×1.5A Shaft Hoisting MachineZJK3×1.5A型矿井提升机木衬绳槽加工工艺的改进
15.The Design of Large-diameter Aggregate Tank and Application of Sliding Template Technique in Construction大直径骨料罐设计及滑升模板施工工艺的应用
16.Optimized Design of Upgrading and Reconstruction Project of Wastewater Treatment Plant Using SBR ProcessSBR工艺污水处理厂升级改造工程的优化设计
17.Jack-up,Pan Reset Scheme and Construction Craft of Bridge Beams桥梁梁体顶升、平移复位维修方案及施工工艺
18.one for craft apprentices arid one for technicians.一项是为学工艺的学徒举办的，另一项是为技术员举办的。
相关短句/例句
artificial lift人工升举
3)artificially lifted well人工举升井
4)lift technology举升工艺
1.With the increasing of oil well and producing reserves, it is difficult for conventional artificiallift technology to meet the producing need.随着油井深度及稠油动用储量的增加,常规举升工艺已很难满足生产的需要。
2.The paper analyses the effect factors on ternary combination floodinglift technology,compare application conditions and economic benefit of three lift technologies in ternary combination flooding and select alift technology suited for ternary combination flooding.针对困扰三元复合驱举升工艺的因素进行分析 ,并将 3种举升工艺在三元复合驱的使用情况及经济效益进行对比 ,从中优选出适用于三元复合驱的举升工艺 ,为工业化推广提供依据。
5)lifting technology举升工艺
1.The reservoir performance is the design basis of the steam injection and thelifting technology, whereas, the steam injection and thelifting technology affect the reservoir performance.根据油藏动态对注汽工艺和井筒举升工艺进行优化设计 ,是提高稠油油藏开发效果的重要手段。
2.Based on the research of viscosity?temperature relationship of heavy oil,lifting technology in deep wells and mixing light oil for viscosity reduction, the feasibility oflifting technology of hollow rod is studied.该文针对深层稠油油藏的特点 ,在对稠油粘温关系和深井举升工艺进行研究的基础上 ,结合实验室掺稀油降粘效果研究结果 ,对空心杆泵上和泵下掺稀油举升工艺的可行性进行了研究。
6)artificial lift and flooding人工举升和注水开发
1.For oil fields with low permeability and quite long production history,artificial lift and flooding methods are best choices.对于低渗油气田或生产历史长的油气田,采取特殊方法比如人工举升和注水开发进行开采。
延伸阅读
肩不举肩不举 肩不举 证名。肩臂部不能抬举之证。因风湿外袭或外伤、伤损所致。《灵枢·经筋》：“手阳明之筋……其支者，绕肩胛，挟脊；直者，以肩髃上颈。”“其病当所过者，支痛及转筋，肩不举。”《类证治裁》卷六：“阳明脉衰，肩胛筋缓，不举而痛，宜调补络脉。”治以祛风化湿，和血活络，用生芪、白术、当归、防风根、姜黄、桑枝、甘杞子、橘络。并可结合针灸、推拿治疗。参见肩痛条。
