海上油气田,offshore field
1)offshore field海上油气田
1.Some cases of production-process system optimization inoffshore fields;海上油气田生产工艺系统优化实践案例
英文短句/例句
1.The Research of Reservior Appraisal and Development Technology for Offshore Oilfield;海上油气田油藏评价和开发技术研究
2.Risk analysis on oil and gas leakage accident in offshore oil & gas field engineer海上油气田工程油气泄漏事故风险分析
3.Thinking and conducting regional development modes of offshore oil & gas fields海上油气田区域开发模式思考与实践
4.IMPLEMENTING MODERN SCIENTIFIC MANAGEMENT TO IMPROVE DEVELOPMENT OF OFFSHORE FIELDS;实施现代科学管理 提高海上油气田开发水平
5.DEVELOPING OFFSHORE FIELDS EFFICIENTLY BY EMPHASIZINGECONOMIC BENEFIT AS THE GUIDELINE;以经济效益为主线 高效开发海上油气田
6.Voltage Level Design for Electric Power System in Development of Offshore Oil Field海上油气田工程电力系统电压等级的选取
7.Design Considerations of Digital Microwave Communication System in Offshore Oilfield海上油气田数字微波通信系统的设计考虑
8.Such technology has been applied first in offshore oil and gas development in China.无基盘钻井技术在我国海上油气田开发中属首次应用。
9.DEVELOPING OFFSHORE OIL AND GAS BY EMPLOYING BOTH SELF-OPERATION AND COOPERATION WITH FOREIGNERS -A Review of CNOOC Course of China Offshore Fields Development;合作自营并举 开发海上油气——中国海油近海油气田开发历程回顾
10.The Application Study of Offshore Oil Field Asset Integrity Management Evaluation Index;海上油（气）田资产完整性管理评价指标应用研究
11.Design and analysis of liquefaction process for offshore associated-gas resources浮式海上油田伴生气液化流程设计与分析
12.Corrosion of Facilities Above Water Line of Offshore Oil & Gas Field and Protection海洋油气田水线以上设施的腐蚀与防护
13.helicopter off-shore oilfield service直升机海上油田服务
14.Application of offshore pressure-controlled drilling technology to Bozhong 28-1 Oil and Gas Field海上压力控制钻井技术在渤中28-1油气田的应用
15.Definition Concerning Oil and Gas Field of Contract Area of Xihu Trough, the East China Sea;东海西湖合作区块油田和气田的定义及意义
16.The Discovery of Sinopec s Large-Scale Marine Origin Oil-Gas Fields and Its Enlightenment;中国石化海相大油气田的发现与启示
17.Evaluation method for new investment projects of overseas oil-gas field development;海外油气田开发新项目评价方法研究
18.associated gas: Gas deposit capping an oil deposit.伴生天然气:油田上面的天然气储层
相关短句/例句
offshore condensate oil and gas development海上凝析油气田
3)offshore oilfield海上油田
1.Study on polymer for chemical flooding inoffshore oilfield of China;用于海上油田化学驱的聚合物研究
2.A study on accelerating the solubility of hydrophobically associate polymer foroffshore oilfield;海上油田加快疏水缔合聚合物溶解方法研究
3.Control technology for bottom water coning in horizontal well ofoffshore oilfield;海上油田水平井底水脊进控制技术
4)offshore oil field海上油田
1.Water control technique of enhanced oil recovery foroffshore oil field;海上油田提高采收率的控水技术
2.Foroffshore oil fields with large power and heating loads, but lack of associated gas, the solution of power and heating co - generation will improve the overall energy efficiency and cut down operating costs, thus improving the rate of return and lowering the barrel oil cost.对于电负荷和热负荷都比较大而伴生气量严重不足的海上油田,实现热电联供将会提高能源综合利用率,节省操作费用,从而提高油田收益率,降低桶油成本。
3.The paper introduces the engineering practice of terminal treament plant of Wei Zhouoffshore oil field are including the external water supply pipeline, the design, construction and commissioning of the buried cathodic protection systems.介绍涠洲海上油田油、气终端处理厂厂外供水管线及厂区埋地设施的阴极保护系统设计、建造、调试运行工程实践,并对此前由国外技术建造的某海上气田陆上终端厂阴极保护系统出现的问题,进行了对比讨论。
5)offshore field海上油田
1.Application of concentric integrated subdivision water injection inoffshore field;同心集成细分注水工艺在海上油田的应用
2.An application of Type C water-drive curve to evaluation of early polymer flooding effects inoffshore fields丙型水驱曲线在海上油田早期注聚效果评价中的应用
3.Calculating the pressure drop and optimizing the pipe diameter of polymer waterflooding onoffshore field海上油田注聚沿程压降计算及管径优选
6)offshore oilfields海上油田
1.Formation damage caused by water injection and the corresponding measure of augmented injection inoffshore oilfields.;海上油田注水引起的地层损害及增注措施
2.Application of well-logging data to sedimentary facies study inoffshore oilfields;测井资料在海上油田沉积相研究中的应用
3.Improvement of color reaction method: the concentration test for water-soluble corrosion inhibitor in highly mineralized industrial wastewater onoffshore oilfields显色反应法的改进——海上油田高硬污水缓蚀剂浓度检测
延伸阅读
海上油气采集系统随水深、油田类型和开发方式的不同（见海上油气开发），分两大类：水上常规式采集系统用固定平台采油，将油井套管和油管引伸至平台上，井口安装与陆上相同的采油树（见彩图）进行采油。与陆上油田相比，特点是：①采油速度高；②工艺流程和设备布置紧凑，要求设备小型、高效、耐用；③安全措施严格；④对人员技术要求高；⑤人员组成不同，维护人员远多于生产操作人员。水下采集系统由水下采油井口装置、井内测试设备、井口监控系统、浮式或平台集油站、油气处理装置等组成。集油站能遥控操作，接受井口流出的油气，进行处理，测试各井油气生产参数，必要时向井内注入化学药剂以保证正常生产。本系统适用于300m以上的深水采油。60年代初发展的水下采集系统，主要形式有：①单井水下采集系统。采油树安装在水下井口上，通过管线连到水面集油站。用钻井船钻井，完井一口投产一口，使油田早期投产,以取得足够的油层资料数据,油田进入开发阶段后即可转为正式生产。②卫星井采集系统。有一个中心导管将周围的水下井口进行集中，水面集油站与中心导管联通。优点是：实行分片采集可减少管线数量；易将勘探井纳入采油系统；并便于监控。水下采油井口装置是水下采油系统中最基本的部分。1943年在加拿大伊利湖安装了第一个水下井口。1960年在美国路易斯安那州的大陆架第一次不用潜水员安装了水下井口，所有安装工作都在钻井船上遥控进行。之后在圣巴巴拉海峡安装了五个这样的井口装置。水下井口装置分两种：①湿式,井口设备与海水接触；②干式,用金属封闭罩保护井口，罩内保持一个大气压，维修人员可乘潜水器进入罩内检修，比较方便。参考书目M. W. Ranney, Offshore Oil Technology Recent Development，Noyes Data Corp., Park Ridge N.J.,1979.
