石油工程专业英语【课文翻译】(1)
（完整版）油气储运专业英语（英汉互译）
（完整版）油气储运专业英语（英汉互译）Chapter 1 Oil and Gas Fields第1章油气田1.1 An Introduction to Oil and Gas Production1.1石油和天然气生产的介绍The complex nature of wellstreams is responsible for the complex processing of the produced fluids (gas, oil，water, and solids). The hydrocarbon portion must be separated into products that can be stored and/or transported. The nonhydrocarbon contaminants must be removed as much as feasible to meet storage, transport, reinjection, and disposal specifications. Ultimate disposal of the various waste streams depends on factors such as the location of the field and the applicable environmental regulations. The overriding criterion for product selection, construction, and operation decisions is economics.油气井井流的复杂性质，决定了所产流体(气、油、水和固体)的加工十分复杂。
必须分出井流中的烃类，使之成为能储存和/或能输送的各种产品;必须尽可能地脱除井流中的非烃杂质，以满足储存、输送、回注和排放的规范。
石油工程专业英语(汉译英)
UNIT 1The petroleum industry plays a decisive role in the modern industry,and also plays a very important role on the social, economic development.Petroleum includes crude oil and natural gas in a broad sense, but it refers only to crude oil in a narrow sense.In China, the oil industry is divided into upstream (oil exploration, exploitation ,storage and transportation) and downstream (petroleum processing and sales) .While in a foreign country, this industry is divided into upstream sector, midstream sector and downstream sector,oil storage and transportation industry is in the midstream sector.In petroleum exploration, geologist, seismologist, geophysics and geochemists find oil containing structure (TRAP)through rock analysis, seismic exploration and satellite remote sensing method to , and then confirm whether the structure contains the petroleum with industrial exploitation value through the drilling.Once the industrial oil flow appears, the structure can be put into development. In the development of petroleum, Petroleum Engineers (including drilling, oil extraction, oil, transportation engineers) in a variety of modern petroleum exploration technology, as much as possible from underground mining oil.In the early development of the oil reservoirs, can rely on its own energy from the ground.When the formation energy is exhausted, the artificial water flooding, gas injection, pumping and other methods to maintain a certain output, in the mining period, usually use some method of enhanced oil recovery to increase oil production and ultimate recoveryPetroleum processing can be divided into roughing and fine machining.In general, the upstream oil industry coarse processing (such as crude oil dehydration, degassing, and sand, natural gas dehydration and desulfurization), and fine processing of refinery completed by.In refinery, oil is refined into available commodity (such as gasoline, diesel, paraffin, asphalt) and industria l raw materials.UNIT 2Petroleum is hydrocarbon found in underground rock. In general, the oil was formed by biological bodies over millions of years under hypoxic ,high pressure and high temperature conditions. .But someothers think that petroleum was formed by acetylene that came from the hydrolyzed calcium carbide under high temperature, high pressure conditions.The oil migrated to a closed trap from the oil source over a long period of time,which is the reservoir what people mon traps have anticline trap, salt dome trap, coral reef trap and fault trap.three elements are eccensial:the Reservoir that accumulates petroleum,the barriert that prevent petrolum from escaping,the source that foms petroleum.Reservoir fluid including oil, gas, water.If the reservoir pressure is less than the saturation pressure of crude oil, the ma cro due to gravity difference in oil, gas and water: reservoir upper is gas, central is the crude oil, the lower is the water; at the micro level, if the reservoir is water wet, water distribution in the pore surface, oil distribution in pore CentralUNIT 3Oil is a natural mixtures that consists mainly of hydrocarbon.Petroleum includes crude oil and natural gas in a broad sense, but it refers only to crude oil in a narrow sense. Hydrocarbons is the main component of petroleum.According to the chemical composition,oil can be divided into alkanes, cycloalkanes, aromatic hydrocarbon.According to the relative density,oil can be divided into light and heavy oil.Oil in the hydrocarbon material, there are some non-hydrocarbon, mainly oxygen containing co mpounds (such as acids, esters, ketones, alcohols, phenols and), nitrogen (such as amide, pyridine, indoles and pyrroles etc.), sulphur compounds and non hydrocarbon material (such as carbon dioxide, nitrogen and hydrogen sulfide).Natural gas by methane content is divided into dry gas and moisture.Dry gas is methane content of more than 98% of the natural gas, the moisture is rich in ethane, propane and butane gas.Liquefied petroleum gas mainly containing ethane, propane and butane.Natural gas non hydrocarbon gases are mainly nitrogen, helium, carbon dioxide and hydrogen sulfide.UNIT 4Petroleum and natural gas is stored in the cracks and pores of rock,rather than buried in the underground oil pool or oil river.Whether a petroleum reservoir has the industry value of mining or not depends on its rock properties,that is the reservoir rock must have a certain degree of reservoir and permeability.Porosity is the main parameter of rock reservoir, permeability is the main parameters of rock permeability.The reservoir usually contain oil, gas and water three-phase flow.Description of multiphase fluid flow parameter is relative easy degree of relative permeability.Relative permeability is defined as the effective permeability of a fluid rock absolute perme ability ratio.In reservoir exploitation process, the fluid phase relative permeability with different phases in the reservoir fluid s aturation changes, at the beginning of exploitation, high oil saturation, oil phase relative permeability is bigger, oil is more; in late stage of production, high water saturation, water phase relative permeability is bigger, more water production.Capillary pressure curve can describe the reservoir rock pore size distribution and reservoir rock microscopic inhomogeneity.If the reservoir rock pore distribution, reservoir ultimate recovery rate is higher.UNIT 5Drilling is the important part of petroleum engineering.Oil field exploration period need to make exploration and evaluation well, at the initial stage of development need to well, later need to make encryption by.Drilling equipment used for drilling rig, drilling machine is mainly composed of a power system, rotating system, a lifting s ystem and mud circulating system.The power system comprises a large diesel engine and d iesel generator; rotary system consists of a water faucet, drill pipe, drill, drill pipe and drill plate and other components; lifting system consists of winch, wire rope, pulley components; mud circulating system by a mud pump, vibration sieve, mud, mud, mud tank gas separation system.Well prepared to drilling.Began drilling surface hole, casing and cementing; the next is drilled by a drill drive, Kelly, a d rill rod and a drill bit rotation.Bit cutting rock, while circulating mud cuttings out of the gro und.When the drill to a certain depth, in order to protect the shallow water is not polluted and prevent the formation of collapse, in turn into the surface casing, intermediat e casing, casing, and fixed with cement; finally through the perforation or other open oil well completion method.Install oil tree, test well productivity, finally will be delivered to the oil well production unit.UNIT 6In general, a well has multiple casing strings, in proper sequence, from top to bottom that is the conductor pipe ,surface casing, intermediate casing, production casing.The space between the casing and the formation or among the casings are needed to be fixed with cement.The main function of casing is to fix the wall and prevent it from falling in.The completion operation is needed when the drill bit through the pletion work includes casing, perforation (or other well completion method) and oil testingWell completion method includes open hole completion, perforation completion, wire-wrapped screen pipe completion, tubingless completion and multiple completion.Open hole completion refers only to the top of the reservoir casing, formation open well completion method.The method is applicable to limestone, dolomite reservoir; perforated completion is the most widely used well completion method.Perforating gun for the casing wall, cement sheath and formation open, guide the oil from the oil reservoir into the well, the method is suitable for most sandstone reservoir; for loose sandstone reservoir, can be use d in combination with wire wrapped screen gravel pack completion method, is used to prevent the production of oil Ide Sa.For s mall size hole, can be used without tubing completion.UNIT 7Oil recovery is one of the most important part of petroleum engineering,with its mission is to mining underground crude oil as much as possible.In general, at an early stage of development, the flow of oil can spout out to the surface relying on its own energy.But the reservoir itself energy depletes quickly, oil recovery must rely on artificial lift technology.Artificial lift technology including gas lift, sucker rod pump and a rodless pump method.Gas lift is ground through the compr essor gas pumped downhole, the injected gas lift crude oil from flowing to the ground.Gas lift is suitable for offshore and inclined shaft of oil production.Sucker rod pump lifting (also called pumping unit or "pumps" oil) is the most widely used methods of extractio n, global oil production proportion exceeds 85%.A sucker rod pump for produ ction of single well in s mall, vertical well extraction.Rodless pump includes a hydraulic piston pump, hydraulic jet pump, screw pump and electric submersible pump.Hydraulic piston pump for deep well, horizontal well, well, sand and high wax content well; hydraulic jet pump for deep well with high temperature, sand, corrosive medium and thick oil well adaptability; screw pump for viscous oil recovery; electric submersible pump is suitable for high yield oil wells and offshore oil.UNIT 8In general, from the oil well output is not a single phase fluid, product in the gas phase, liquid phase and solid phase.The gas phase are natural gas, carbon dioxide, hydrogen sulfide, nitrogen; liquid phase oil and water; solid phase of fine sand, silt and asphalt.Therefore, oil production of middle product separation and processing is a very important link.The output of oil wells ground separation is the use of oil, gas, water density, using horizontal or vertical multiphase sepa rator of oil, gas, water separation.After the separation of oil still exist a certain amount of water and sulfur, cannot achieve the refinery crude oil index, so the need for further dewatering and desulfurization process.The use of advanced technology and centrifugal separation technology to treat the demulsification of crude oil can enter the refineries for refining and processing.Preliminary treatment of natural gas needs further processing to enter the commercial gas pipeline.Natural gas containing hydrogen sulphide must first be desulfurization absorption tower, and molecular sieve technology processing of natural gas can reach the required content indicators.In addition to natural gas containing methane, also contains a higher value of ethane, propane, b utane, liquefied petroleum gas.Through the rich gas recovery device to ethane, propane, natural gas is separated from the.Oilfield produced water must be treated to achieve water quality ually in produced water containing high salinity salts.Output after precipitation, filtration, sterilization, demulsification, remove water droplets and solid phase, microorganism, meet the injection water quality after reinjection formation, in order to maintain formation pressure.If the treated water is disc harged directly, must meet strict emission standard of national qualityUNIT 9Well testing is a reservoir engineer understanding of reservoir, to obtain an important means of reservoir parameters.Through the test can determine whether the received damage reservoir, reservoir whether faults exis t or not; identify the fault location; detection of reservoir boundaries; calculation of reservoir parameters such as permeability, flow, flow coefficient, transmission rate.Test classification is more complex, in accordance with the test well types can be divided into oil well and gas well testing; in accordance with the test point position can be divided into the ground and underground well testing well testing; according t o the test object can be classified as temperature, pressure, flow rate test; according to the flowing state of the fluid can be divided into stable and unstable well testing; according to the change of pressure direction can be divided into pressure buildup and pressure fa ll off test. UNIT 10Reservoir development process similar to the one of the ups and downs of life.When the reservoir development to a certain period, oil wells or water injection wells or less there will be some problems, just like human life that occur in a wide variety of diseases.Petroleum Engineer's main task is to as the doctor carry on the analysis and the diagnosis, and proposed solutions to the problem, to maintain the normal production of oil well.Oil well problems surface phenomenon is crude oil production decline, output increased water, sand, stop the pump, injection volume decreased and water pressure drop.Deep time may be due to the reservoir pressure drops, the reservoir inhomogeneity of oil increases, hurt, injection water quality variation of oil wells, mechanical failure, well cement ring, casing, pipe leakage.Petroleum engineer must be integrated multidisciplinary knowledge, using various means of diagnosis technology research and analysis, t o judge the real reason, propose the corresponding solution, so as to solve the problems.UNIT 11Reservoir development and cannot be produced all underground crude oil.Generally speaking, its energy can only be produced by the formation of underground oil 10% the left and right sides, even if the water flooding development can only be produced 30%~50% underground crude oil.That is to say, the reservoir development always are part of crude oil in the ground.The recovery rate is defined as the cumulative oil recovery percentage accounted for the underground crude oil reserves.In the process of oil production, people always try to as far as possible to improve oil recovery.IOR is defined as: in addition to its energy and water injection and formation, gas injection to maintain the reservoir pressure, any method can increase the crude oil recovery method, referred to as ERO.ERO include gas miscible flooding, chemical flooding, heat recovery, flooding and other microorganis ms; generalized ERO also includes infill drilling, horizontal well, fracturing and acidizing, water plugging and profile control.ERO is a comprehensive technology, involve geological, chemical, mechanical, oil, oil reservoir, computer science, need various disciplines, departments jointly, solidarity and cooperation, fully embody the industrial team spirit.UNIT 12Reservoir numerical simulation is an important means of modern reservoir development.A reservoir can only be developed once, and reservoir numerical simulation development can be achieved N "reservoir", that is through the establishment of numerical rese rvoir model, reservoir simulator, a reservoir "development" N.And the optimal development scheme is applied to the actual reservoir, thereby obtaining the highest recovery rate and the maximum economic benefit.Reservoir numerical simulation is based on the establishment of numerical reservoir model.By analyzing the reservoir geological characteristics, the collection of a large number of reservoir static and dynamic data, establish the primary reservoir model, and through the historical fitting, the correction for a more realistic model of reservoir.Reservoir numerical simulation is the key to establish a mathematical model of fluid flow in reservoir.Depending on the mater ial balance principle, the equation of state, heat and mass transfer equations, establish containing multiple pa rameter equations, through the establishment of finite difference mathematical methods in computer on reservoir numerical simulation.The whole process is called reservoir numerical simulator establishment.The present reservoir numerical simulation the main gas reservoir model, black oil model and component model.UNIT 13Oilfield development requires not only technically feasible, also called economically feasible, so the reservoir development program must contain economic evaluation.Economic assessment refers to the resources, engineering, technology and market evaluation based on Calculation of reservoir development, input, output and economic indexes, analyzing the uncertain factors of product ion, optimum scheme is recommended.Economic evaluation is the basic procedure: first collect production data (including drilling, oil recovery, oil reservoir, surface construction engineering data) and country, enterprise economic data (such as tax rate, interest rate, tax of profit of indus try of rate); and then calculating the financial indexes, such as net present value, internal rate of return, return on investment, the investment recovery period; finally the system risk analysis, put forward the optimum development plan.。
石油工程专业英语【课文翻译】
石油工程专业英语【课文翻译】Unit 1 Introduction to petroleum industry1) Introduction石油工业在我们的日常生活以及其他工业领域扮演着相当重要的角色。
石油工业可以主要分成上游部分、中游部分以及下游部分。
今天，许多大的石油公司，例如中国石油、中石化、中海油，都在中国开采着地下油藏的大量原油。
大多数原油和天然气都是由几百万年前在沼泽和海洋中的植物和动物形成的。
这些有机物与小溪和河流中的淤泥沉积在一起。
这些沉积最终压实形成了沉积岩石。
热量和压力把这些植物和动物中柔软的部分转化成为固态的、液态的和气态的碳氢化合物，也就是我们知道的煤、原油和天然气。
随着陆地和海洋的石油工业的快速繁荣，公众的注意力也集中到了石油工业的环境保护问题上来。
幸运的是，技术的创新、精心的培训、严格的法规都将让石油工业对人类、动物、土壤、空气和水的污染降低到最小。
✓Swamp: 沼泽，湿地✓Stringent : 严格的，必须遵守的2) Three main components of the industry今天，上游部分包括了超过100家勘探和生产公司以及数百家相关的部门，例如地震和钻井承包商，修井承包商，工程公司和各种科学技术服务公司和供给部门。
中游部分包括连接生产和消费领域的油气集输系统。
其他的设备将提炼硫和液态天然气，储存石油和天然气产品，并且用卡车、铁路以及油罐车运输产品。
下游部分由炼油厂、气体分离设备、原油零售商、服务站以及石油化工公司。
✓Service rig: 修井设备；修井机✓Utility：n. 功用，实用；a. 实用的；多用途的3) Finding oil and natural gasa)Exploration- the search for petroleum一个圈闭应该包含三个要素：●多孔油藏岩石来聚集石油和天然气—典型的岩石有：砂岩、石灰岩和白云岩。
石油工程专业英语reservoir_engineering1
第一篇油气藏工程基本概念第一章油气藏工程名词解释第一节开发地质基础名词火成岩 igneous rock由地壳、地幔中形成的岩浆在侵入或喷出的情况下冷凝而成的岩石。
变质岩 metamorphic rock岩浆岩或沉积岩在温度、压力的影响下改变了组织结构而形成的岩石。
沉积岩 sedimentary rock地表或接近地表的岩石遭受风化（机械或化学分解）、再经搬运沉积后经成岩作用（压实、胶结、再结晶）而形成的岩石。
沉积岩在陆地表面占岩石总分布面积的75%。
沉积岩与石油的生成、储集有密切关系。
它是石油地质工作的主要对象。
碎屑沉积岩 clastic sedimentary rock在机械力（风力、水力）的破坏作用下，原来岩石破坏后的碎屑经过搬运和沉积而成的岩石。
例如砂岩、黄土等。
火山碎屑岩则是火山喷发的碎屑直接沉积形成的岩石。
化学沉积岩 chemical sedimentary rock各种物质由于化学作用（溶解、沉淀化学反应）沉积形成的岩石。
如岩盐、石膏等。
岩石结构 rock texture指岩石的颗粒、杂基及胶结物之间的关系。
岩石构造 rock structure指组成岩石的颗粒彼此相互排列的关系。
岩层 rock stratum由成分基本一致，较大区域内分布基本稳定的岩石组成的岩体。
层理 bedding受许多平行面限制的岩石组成的沉积岩层状构造。
水平层理 horizontal bedding层面相互平行且水平的层理。
水平层理表示沉积环境相当稳定。
如深湖沉积。
波状层理 wavy bedding层面象波浪一样起伏。
海岸或湖岸地带由于水的波浪击拍形成的层面。
交错层理 cross bedding一系列交替层的层面相交成各种角度的层理。
由于沉积环境的水流或水动力方向改变形成的层理。
沉积旋回 sedimentary cycle岩石的粒度在垂直向上重复出现的一种组合。
正旋回 normal cycle岩石自下而上由粗变细的岩石结构。
石油工程专业英语重点段落翻译
1—1Petroleum1 Petroleum is a substance,usually liquid or gas ,consisting of organic molecules composed of hydrogen and carbon atoms. Thus the general name “hydrocarbons”is often used.The possible variations in the construction of the molecule and mixtures of different molecules to form naturally occurring oil (crude oil) are virtually limitless.No two crude oils are identical. Because these complex mixtures of organic matter are found in rock,they are called “petroleum”,a word derived from the Latin words for rock (petra) and for oil (oleum).石油是由C，H原子组成的有机物物质，通常成气态或者液态。
因此也把石油叫做碳氢化合物。
组成原油的分子结构和不同分子的混合物的变化是无限的。
没有2种原油是相同的。
因为这些复杂的有机物混合物是在岩石中发现的，因此被称为石油，由拉丁文中的岩石和油演化而来。
2 The bed of sedimentary rock in which the petroleum is formed ate called the “source rocks”.They are usually dark gray or black shales,but limestone is a source under some conditions. Shale has an abundance of pore space between the clay particles which can contain liquid ,but the pores are much too tiny to allow the movement of fluids under normal conditions. In other words, shales are not “permeable”.However, the pressure produced by the processes of petroleum generation expels the fluid, and petroleum has to move from the source rock at some stage of development to become economically producible. The event is called“primary migration”.Once departed from the source bed ,the oil or gas will enter any nearby porous and permeable rock ,such as sandstone or limestone.能够形成石油的沉积岩层称为生油岩。
石油工程专业英语【课文翻译】
石油工程专业英语【课文翻译】Unit 1 Introduction to petroleum industry1) Introduction石油工业在我们的日常生活以及其他工业领域扮演着相当重要的角色。
石油工业可以主要分成上游部分、中游部分以及下游部分。
今天，许多大的石油公司，例如中国石油、中石化、中海油，都在中国开采着地下油藏的大量原油。
大多数原油和天然气都是由几百万年前在沼泽和海洋中的植物和动物形成的。
这些有机物与小溪和河流中的淤泥沉积在一起。
这些沉积最终压实形成了沉积岩石。
热量和压力把这些植物和动物中柔软的部分转化成为固态的、液态的和气态的碳氢化合物，也就是我们知道的煤、原油和天然气。
随着陆地和海洋的石油工业的快速繁荣，公众的注意力也集中到了石油工业的环境保护问题上来。
幸运的是，技术的创新、精心的培训、严格的法规都将让石油工业对人类、动物、土壤、空气和水的污染降低到最小。
✓Swamp: 沼泽，湿地✓Stringent : 严格的，必须遵守的2) Three main components of the industry今天，上游部分包括了超过100家勘探和生产公司以及数百家相关的部门，例如地震和钻井承包商，修井承包商，工程公司和各种科学技术服务公司和供给部门。
中游部分包括连接生产和消费领域的油气集输系统。
其他的设备将提炼硫和液态天然气，储存石油和天然气产品，并且用卡车、铁路以及油罐车运输产品。
下游部分由炼油厂、气体分离设备、原油零售商、服务站以及石油化工公司。
✓Service rig: 修井设备；修井机✓Utility：n. 功用，实用；a. 实用的；多用途的3) Finding oil and natural gasa)Exploration- the search for petroleum一个圈闭应该包含三个要素：●多孔油藏岩石来聚集石油和天然气—典型的岩石有：砂岩、石灰岩和白云岩。
石油工程专业英语
第一章石油钻井工程英语基础第1节石油钻井工程基础词汇1.钻探，钻井：drill————拓展记忆钻井：drilling定向斜井directional drilling 欠平衡钻井under-balance 海上钻井off-shore陆地钻井on-land drilling 钻头：drill bit 刮刀钻头：drag bit 牙轮钻头rock bit金刚石钻头diamond bit 喷射钻头jet bit 钻铤drill collar 衣领collar钻杆：drill pipe 钻井队drilling crew 钻机drill rig 钻井泥浆drilling mud钻井液drilling fluid2.油，石油：oil————拓展记忆原有crude oil 石油petroleum 中国石油Petro-China 采油oil production采油设备oil production equipment 采油平台oil production platform 油泵oil pump3.地质：geology————拓展记忆地质专业人员geologist 物理physics地球物理勘探geo-physical probe，geo-physical exploration测井logging 测井作业logging operations 测井记录logging record4.油井：well————拓展记忆井眼hole 油井oil well 试井，油井测试well test 井下down-hole井下作业down-hole operation第2节石油钻井方法基础词汇原油crude oil 天然气natural gas 煤层气coal-bed gas 一体化设计integral design钻井drilling 钻井原理the principles of drilling顿钻钻井percussion drilling，cable-tool drilling 旋转钻井rotary drilling液体冲击fluid percussion 大位移big deviation侧钻井sidetracking drilling technology lateraldrilling水平井horizontal well 探井wildcat，wildcat drilling 深井deep well 浅井shallow well老井maturing well 欠平衡钻井under-balanced drilling 丛式钻井cluster drilling technology 煤层气井coal-bed gas well 生产井production wells 报废井abandon wells停产井non-production wells 绕障井、三维井three-dimensional wells常温井normal temperature well 注采井injection and production well 稠油井heavy oil well热洗井hot washing pipe 井况well condition第3节石油钻井技术基础词汇技术规范，技术指标，技术性能：specification拉伸tension 拉伸强度tension strength 应力stress 压力pressure 应力点stress point压力等级pressure grade 压力降pressure drop 压力梯度pressure gradient回压back pressure 大气压atmosphere 压差differential pressure静液柱压力static fluid column pressure 特征characteristic，feature定性讨论qualitative argiment 定量使用quantitative use液体liquid 固体solid 气体gas，air 正的positive 负的negative虚线dashed line，broken line 实线full line 递减率decline rate 正比于be proportional to 水平的horizontal 垂直的vertical 油层静压the formation static pressure第4节石油钻井参数基础词汇负荷load 扭矩torque 扭转twist 摩擦friction钻压WOB, weight on bit,weight, drilling weight钻速rate of penetration, drilling rate, the rate of drilling, average ROP 钻井周期drilling period 钻速rotary speed 地层压力预测formation pressure prediction technology地层快速预测the formation fast prediction 埋藏深度bury depth产油层，产油带，pay zone，productive formation温度梯度temperature gradient 地层压力formation pressure 坍塌压力collapse pressure破裂压力fracture pressure 平衡压力equilibrium pressure钻具（柱）压力drilling string pressure 钻头振动vibration of bit 钻井成本drilling costs井眼尺寸hole size，well size 参数计算parameters calculation几何参数geometric parameters 参数分析parameter analysis 动态参数dynamic data静态监测static data 注水参数parameter of injection 参数、变量variables 井距well space 垂直深度vertical depth 水平位移horizontal deviation 总深度total depth水平位移horizontal displacement 最大井斜角maximum hole inclination井眼环空annulus space 压力调节器pressure regulator 恢复（增加）压力the build-up pressure 初始开采primary recovery 含水地层water bearing formation 套管漏失casing leak摩擦损失friction losses 气聚阀gas-lift valve 石蜡族paraffin series含气液柱gas-laden column 增产措施stimulation treatment 流动能力flowing capacity生产速率production rate 水驱water drive 气驱gas drive 网状系统grid system水侵water influx 五点法five-spot pattern 油井产量well-productivity 径向流radial system 富气enriched gas 贫气lean gas 气顶gas cap 气驱gas drive（or gas flooding）水驱water drive (or water flooding) 地层伤害formation damage 波及系数sweep efficiency 泄油半径drainage radius 基岩处理matrix treatment 单级脱气single stage separation泄油面积drainage area 表面张力surface tension 束缚力connate water（or interstitial water）第5节石油钻井作业现场工作人员名称1 钻井队drilling crew 队、组crew、team2 技术员technician 钻井技术员drilling technician 泥浆技术员mud technician3 监督supervisor 钻井监督drilling supervisor 副监督assisstant supervisor地质监督geology supervisor4 工程师engineer 泥浆工程师mud engineer 泥浆工mudman机械工程师mechanic engineer 引擎、发动机engine 工程engineering钻井工程drilling engineering 采油工程production engineering石油工程petroleum engineering 试油工程oil test engineering拓展记忆---------------------------工作项目project 希望工程the hope project 三峡工程the Three-Gorge Project项目经理project manager 工程管理project management 钻工：roughneck、floorman司钻driller 副司钻assistant driller 钻井队长drilling foreman 钻井领班tool pusher井架工derrick man 发动机工，机工motorman 钻台工floorman机械师technicians，mechanic 电焊工welder 电工electrician 医生doctor材料员material man，staff man 炊事员cook 翻译interpreter, tansalator洗衣工laundry man第6节石油作业现场常用工具1、石油作业现场普通工具扳手wrench 螺丝起子screwdriver 多角螺丝起子Phlilips screwdriver活动扳手monkey wrench，adjustable 钳子pliers 手斧hatchet 钩子hook 台钳bench vice 榔头hammer 木锤mallet 搬手spanner 锯子saw 电动手锯jigsaw 电锯power saw钢锯hacksaw 硬尺rule 软尺tape measure 砂纸sandpaper 油漆paint 油漆刷paintbrush 绝缘胶布electrical tape 电线wire 插头plug 电插座outlet 开关switch 螺栓bolt螺帽nut 钉子nail 电钻electric drill 钻头bit 工作台workbench 工具箱toolbox胶水glue 交棒glue bar 管钳pipe tongs，pipe spanner，wrench链钳chain tongs，chain spanner，chain wrench护丝thread protector，screw protector手轮hand wheel 阀门搬手valve wrench，valve spanner 链接法兰coupling flange安全带safety belt 安全帽safety cap 工作靴working boots 千斤顶jack 吊车crane拖拉机tractor 推土机dozer 刮刀scraper2、石油作业现场专业工具接头sub 配合接头X-over，cross-over 提升短接lifting sub，lifting nipple elevator卡瓦slip 母锥box bell 公锥taper tap 短节joint 柔性短节flex joint 井口wellhead螺旋钻铤spiral collar 方钻杆kelly 钻杆架pipe rack 材料房warehouse 绳卡guy anchor 润滑器lubricator 维护保养maintenance 内钳lead tong 外钳back-up tong液压大钳hydraulic tong 兜绳mule line 四通阀four-way valve 软管hose球阀ball valve, globe valve 闸板阀ram valve, gate valve 增压泵booster pump换配件fittings change 灌注泵charge pump第二章石油工程常用设备及专业术语第1节钻井设备部分1 井架derrick 塔形井架derrick A形井架cantilever mast，mast-A 桅杆mast底座大梁sill 架，台rack 架工操作台monkey-board2 游动系统travelling systemn 天车crown block 天车梁crown block beam游动滑车travelling block 钻井大绳drilling line, wire line 金属线, 电线wire，line钢丝绳，测井电缆wire line 金属线，电线wire，line 钢丝绳股strand 截断cutoff滑车，滑轮，皮带轮pulley 吊耳eye plate3 大钩与水龙头hook and swivel 顶驱top drive 大钩hook 大钩弹簧hook spring大钩销子hook pin 大钩环hook ring 大钩锁紧装置hook locking device大钩悬挂高度hook height 水龙头swivel 鹅颈管gooseneck 冲管wash pipe水龙头盘根swivel packing 钻井水龙带drilling hose，rotary hose，kelly hose 立管stand pipe 高压管线high pressure line 低压管线low pressure line 放压管线relief line储气筒gas holder，air holder4 转盘rotary table 转盘方瓦master bushing 方补心kelly drive bushing方孔square openning 小鼠洞mouse hole 大鼠洞rat hole （井架大门处）坡板ramp5 绞车drawworks，hoist 液压绞车hydraulically-powered winch 气动绞车air operated hoist 绞车hoist，windlass，drawworks 滚筒线轴卷轴reel pool drum滚筒高速气离合器drum high air clutch 滚筒低速气离合器drum low high clutch猫头cathead 液压猫头hydraulic cathead 上扣猫头make up cathead卸扣猫头make out cathead 牙嵌离合器jaw clutch 应急牙嵌离合器emergency jaw clutch涡磁刹车eddy current brake 猫头轴cathead shaft 猫头绳cathead line猫头绳爪cat line grip 死绳dead line 死绳固定器deadline anchor死绳固定器膜片dead line diaphragm 上扣spin up，screw on 卸扣，卸开break out, screw off 上紧，固定tighten 松开，松扣loosen 加载load 卸载unload 拧紧screw 拧松unscrew 刹者brake 刹车总成brake assembly 刹车轴brake axle，brake shaft 刹车带brake band刹车片brake band lining 刹车杆brake bar 闸瓦brake block 刹把break crank，brake bar刹车鼓brake drum 离合器clutch 液压油箱hydraulic reservoir液动试压泵hydraulic test pump 液压大钳hydraulic tong 倒档齿轮reverse gear第2节钻井泵类及相关设备泥浆泵mud pump，drilling pump，slush pump 活塞piston 活塞杆piston rod活塞皮瓦piston cup 缸套liner，pumpliner 凡尔体valve body 凡尔座valve cup阀弹簧valve spring 阀杆valve lever 阀面valve face 阀帽valve bonnet泥浆泵安全阀mud relief valve 排出阀discharge valve 吸入阀suction valve潜水泵submersible pump 阀门valve 阀盖valve cap 阀座valve seat 回压阀回压阀back pressure valve 单向阀check valve single-pass valve 安全阀safety valve手动阀manual valve 液动阀hydraulic valve 冷缸cold cylinder 拉杆tie rod，tension bear 上水头intake，suction end 排出口discharge spout 高压管high pressure压力表pressure gauge 冲数strokes 排量displacement，discharge capacity，flow rate第3节井下泵类及相关设备泵筒pump barrel 柱塞plunger 关闭shut down 尾管tail pipe 抽油杆sucker rod长冲程long stroke 低泵速small pumping speed 泵充满度the fullness efficient of the pump 抽油杆sucker rod 排气方法gas bleeding method 泵效pump efficiency三维空间three dimensional space 有效生举efficient lift for the deviated抽油杆扶正工具sucker rod centralization tools 严重的管杆偏磨serious string partial wear游动阀the travelling valve 固定阀the standing valve 部分磨损、偏磨partial wear无杆泵rodless pump 小泵深抽small pump deep pumping technology挂泵深度pump setting depth 尾管长度length of liner 管柱结构the structure of pipe string防脱器dropout-prevent device 井斜角hole angle 电热杆borehole electric heating rod稠油开采heavy oil production 空心杆热载体hollow sucker rod heat carrier变扣器方补芯bushing 终端器terminal assembly 空心抽油杆hollow sucker rod整体电缆传感器continuous cable，sensor 空心光杆hollow polish rod 悬挂器hanger防喷盒stuffing box第4节采油设备采油树Christmas tree 抽油机pumping unit 往复运动reciprocating motion泵杆pumping rod 机械传动mechanical transmission 载荷能力peak polish rod load系统效率system efficiency 冲程stroke length 冲次frequency of stroke无级可调smooth regulation 沉降式抽油泵the sinking sand pump 泵下沉砂sinking砂颗粒sand particles 胶质沥青gum asphalt含蜡量paraffin content 凝固点solidification point 热流hot fluid 参水mingle water第5节与泵操作有关的使用短语没有压力no pressure 压力过高the pressure is too high 返回太少mud return is few水太少water is little 抢修rush to repair 请看记录please read the record没作记录no record 加化学小品put in chemicals 加高岭土粉put in koaline powder加云母片put in mica sheet 加增粘剂put in viscosifier 加稀释剂put in diluent（thinner）加稳定剂put in stabilizer（stabilizing agent）加烧碱put in caustic soda测定比重measure gravity，gravity test 测定失水test filtration 测定切力measure force开关switch 停泵stop the pump 请打手势please make a gesture转动一周turn round a circle 垫高一些put something under it to raise 抓紧firmly grasp抬高lift it up 拿稳hold firm 打一下strike once 往下拉pull out站稳stand firm take a firm hand 小端small end 大端large end 光滑smooth粗糙rough,coarse 平面plane，flat 弯曲winding，bending 放松loosen绷直stretch tight，draw tight 撬棍pinch bar，pry bar 充氨气nitrogen aeration 气包snubber 冷却cooling 润滑lubricate 过载overload 功率不足inadequate power，power is not enough第6节钻台与底座钻台drilling floor，derrick floor，rig floor 钻井记录drilling record司钻监视器driller’s monitor 司钻控制台driller’s console 指重表weight indicator转盘rotary table 卡瓦slip 吊卡latch elevator 底座substructure 井队活动房bunkhouse 钻台上值班房doghouse 立根盒setback （place）立根盒容量setback capacity井控设备well-control device第7节防喷器万能防喷器versatile blowout preventerBag type BOP单闸板防喷器single ram preventer 双闸板防喷器double ram preventer 闸板pipe ram全封闭式防喷器blind ram 蓄能器energy accumulator 压井管线kill line 入口inlet出口outlet 演习drill 消防演习fire drill 防喷演习BOP drill防腐涂料油管anti-corrosion coating material tubing 多功能管柱multi-function string第三章钻井工程作业部分第1节钻井事故泄漏leak 漏失fluid loss 出砂sand production 井喷blow out 井涌kick，flow off井漏lost of circulation，circulation lost坍塌，井壁坍塌caving，cave in，collapse出砂sand production，sand flow 桥塞bridge plug 砂桥sand bridge 井堵well clogging卡钻sticking 卡钻杆sticking the pipe 卡钻具sticking the drill stem 打捞fishing打捞工作fishing job 侧钻side-tracking 侧钻井眼sidetracking hole水泥窜槽cement channeling 固井失败cement failure 防砂sand control，sand-proof第2节钻头牙轮钻头rock bit，tooth-wheel bit 刮刀钻头drag bit 金刚石钻头diomand bit镶齿钻头tungsten carbide bit，insert bit 喷射钻头jet bit 铣齿钻头milled bit 牙轮cone钻头装卸器bit breaker 钻头直径bit diameter 钻头寿命bit life 钻头规格bit gauge钻头磨损bit wear 钻头型号bit type 水眼尺寸nozzle size 水眼效率nozzle efficiency钻头接头bit sub第3节钻具方钻杆kelly 方钻杆旋转短节kelly spinner 方钻杆考克（旋塞）kelly cock 接头sub钻头接头bit sub 钻具drill stem，drilling string 钻杆drill pipe 管子tube，pipe钻具组合drilling assembly 扶正器stabilizer，centering guide 翼状扶正器wing stabilizer扩眼器reamer drill collar 无磁钻铤drill collar 加重钻杆heavy weight drill pipe近钻头扶正器near-bit stabilizer 绕性接头flexible joint 震击器jar 减震器shock absorber 螺旋钻铤spiral drill collar 键槽破坏器key seat reamer 安全接头safety joint钻杆刮泥器drill pipe wiper 配合接头crossover sub 减震器shock sub井下钻具组合BHA-bottom hole assembly泥浆动力钻具mud motor 管线tubeline 钻柱drill string 涡轮tubine涡轮钻具turbo-drill stem 斜度taper，slope 塔式钻具tapered drill stem 接头 a joint，sub 管接头a joint of pipe 立根stand，a stand，thribble 加厚upset 内加厚internal upset外加厚external upset 内外加厚internal-external upset 丝扣thread 母扣box 公扣pin左旋螺纹left-hand thread 右旋螺纹right-hand thread 正规接头regular joint贯眼接头full hole joint 内平接头internal flush joint 护丝thread protector丝扣油thread dope，thread oil 打捞篮junk basket 打捞工具fishing tool打捞管柱fishing string 打捞公锥fishing nipple 打捞颈fishing neck 打捞头fishing head 打捞作业fishing operation 打捞母锥fishing socket 牙轮打捞器cone fisher倒扣工具reversing tool 卡瓦打捞筒slip socket 铣鞋milling shoe 铣具milling tool平底铣鞋flat bottom mill 磁力打捞工具magnetic fishing tool 套管打捞矛casing spear打捞矛fishing spear 打捞钩fish hook 套管打捞筒casing bowl 动力扳手power wrench动力大钳power tong 大钳活动牙块hinged jaw 大钳锁销latch 大钳悬臂suspension unit 气动工具pneumatic tool 打捞震击器fishing jars 打捞缓冲器fishing bumper sub打捞环die collar 打捞筒overshot 打捞短节junk sub 卡瓦slips 刮井器scatcher刮眼器扩井器wiper 油位检查丝堵oil lever check plug 油位oil lever油尺oil-lever dipstick 加油孔lubrication hole 盘根盒stuffing box 井筒工具well bore tool 配套工具matching tools 滚轮扶正器idler wheel centralizer 减磨短节friction reduction sub 轴线加压hydraulic thruster 扶正器centralizer 防脱器、装置anti-slip device减磨扭矩接箍torque-reduction sub 减扭接头torque reduction sub轴向水力加压工具hydraulic thruster 下套管漂浮接箍casing floating coupling轴向加压器hydraulic thruster第4节钻井工程地面作业实用词汇与短语方入kelly-in 方余kelly-up 开钻spud in，starting drilling 作业指令working instruction起钻POOH=pull out of the hole 下钻run in the hole 起下钻make a trip 短起下钻short trip 通井wiper trip 起下循环一周round a trip 循环时间round time，circulating time换钻头change bit 甩钻具laydown 填井pack-hole封井packed drilling发生故障break down 接单根connection 放卡瓦set slip，setting slip，起卡瓦pull slip扩眼openning 划眼reaming 二层台double monkey board，runround 顶部驱动器top drive 吊环bail 吊卡elevator 安全卡瓦safety slips 接头sub adapter 短节sub substitute井下震击器downhole（bumper）jar，down well shaker 打捞工具fishing tool三片卡瓦three slips，three pieces 补芯bushing 方补芯kelly drive bushings转盘补芯（大方瓦）rotary drive bushing 转盘刹车rotary brake 丝扣油thread lubricant oil 刹把brake crank，brake bar，brake lever 脚踏开关pedal switch 挂档put into gear拉猫头cathead 内钳back-up tongs 外钳lead tongs 气动大钳pneumatic tongs 液压大钳hydraulic tongs 机械手mechanical arm 铁钻工machine hand 司钻房driller room有故障it has broken down, it has something wrong 已修好the breakdown has been fixed马上去go there at once 请下去please go down 请上来please come up躲开，危险get out，danger 请翻译来ask the interpretor to come here 冲洗flushing井口well-head（well head）井下落物fish 一根钻杆（单根）single（pipe）三根钻杆组合（立根）thribble 甩单根breaking down 接单根make a connection气动绞车pneumatic drawworks 吊篮basket 卡子clamp 绳套rope sling loosening紧固tightening 挪开move it off 换班change，shift 保养设备maintain equipment钻井日志boring journal，boring log 油管悬挂器tubing hanger第5节钻井工程井口作业实用词汇与短语喇叭口bell mouth，flare opening 贮能器accumulater 液压阀hydraulic valve液压管hydraulic hose 阻流管choke line 井控管汇well control manifold泄压阀pressure relief valve 调压针阀pressure regulating needle valve回压阀backpressure valve 井口螺丝the bolt of wellhead 井口绞车well head drawworks水刹车water brake，hydraulic brake 电缆（electric）cable 井口压力wellhead pressure隔水导管conductor riser 小心滑倒Guard against slipping 不要掉下去Take care not to fall down 我来清理let me clean up 带把扳手来bring a spanner，please 带把铁锤来bring a hammer，please. 带点密封剂bring a little sealant，please 带个密封圈bring a sealing washer 用起子撬prize with （using）screwdriver 用手推注push by hand 卸下来了it has been removed off 装配好了it has been assembled 很快就好了it will be finished right away抬一下let’s lift it 上紧螺丝tighten the screw loosen 松开螺丝loosen the screw把绳子给我give me the rope，please 把绳子拿走take the rope away。
(完整word版)石油工程专业英语下重点翻译完整版(精)
All petroleum reservoirs experience pressure declines, and most wells require artificial lift at some point， most commonly where reservoir pressure is insufficient for natural flow. Artificial lift systems may also be used to enhance production from flowing wells with a reservoir pressure that is insufficient to produce a require amount of fluid. 所有的油气储层都要经历压力降低的过程, 大多数井在某些阶段需要人工举升，通常是在储层的压力不足以自流自喷。
人工举升系统也可以用于自喷井和储层压力不足以生产所需量时的增产。
Extensive research and field studies have been conducted on a range of artificial—lift systems that have been developed and applied extensively to meet industry needs. These systems include beam pumping, gas lift, electrical submersible pumps, progressive cavity pumps， and hydraulic.为满足行业的需求,广泛的研究和实地调查已经进行了, 人工举升系统得到了广泛的发展和应用。
这些系统包括游梁抽油机,气举,电潜泵(ESP ,螺杆泵(PCP 的 ,和液压泵。
Gas lift lightens the fluid gravity to increase the flow and correspondingly lower the sand—face pressure。
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Unit 2 Geology and reservoir traps
P24
在石油工程中，工程师必须知道油藏是怎样的，石油是如何形成的，流涕在油藏中是如何流动的。
地质在石油勘探中扮演者主要的角色。
石油工程专业的学生应该学会辨认不同的圈闭类型，这些圈闭是油气储集的地方。
P26世界上被发现的大多数石油都是在相对低渗的多孔岩石中被圈闭起来的。
这些油藏通常离生成地都有很远的距离。
当碳氢化合物运移到地面的时候，就形成了油苗。
长此以往，就有大量的碳氢化合物逃逸到大气中。
流动水也可能冲刷掉碳氢化合物。
有时候只有较轻、易挥发的组分运移了，剩下的就是较重的原油。
P37
Unit 4 Properties of reservoir rock
P60
Unit 6 Well completion
P99 当一口完成了钻井，做完产层的经济评价之后就开始下套管，准备油气井的生产了。
完井的设备和
方法是很多的，这个取决于具体井的油气储集类型、井具体阶段的开发要求，还有施工时候的经济状况。
低压套管，有时候还是二手的，可以用于产量是边际产量的井，并且其他的投资也要相应减少。
如果油井可能是高压，井的寿命预期较长，就会使用最好质量的油管。
Unit 7 Production of oil and gas
P120气举是一种很灵活的方法，在海洋上可以用于斜井，并且可以迅速的适应于产量变化的需要以及产液种类变化的需要。
在多数井中，随着时间推移，井筒中产水量的增加会对压力系统有很显著的影响。
影响气举效率的一个重要因素就是气体与原油之间的滑脱效应。
Unit 11 Enhanced oil recovery
P193表面活性剂驱和碱驱的驱油机理是建立在形成极低的界面张力的基础上的，其中聚合物驱或者表面活性剂/聚合物驱是利用控制流度来提高采收率。
注入的碱与油藏中的石油衍生物脂肪酸发生化学反应，就地生成脂肪酸钠盐。
生成的这种表面活性剂就可以形成极低的界面张力。