1) gas storage well
储气库井
1.
Cementing technology for gas storage wells in Dagang oilfield.;
大港储气库井固井与完井技术探索与实践
2.
Application of RMT in monitoring oil-water interface of gas storage wells.;
江苏金坛盐穴地下储气库井腔体试压密封监测,需要精确监测套管和测试管柱之间的环形空间中油水界面位置变化情况,为此选用了RMT仪器及相应的井口密封设备。
2) salt dome gas storage well
盐穴地下储气库井
1.
It is necessary to accurately monitor location of gas-water interface in annular between casing and test tube for pressurized sealing property test of cavity of salt dome gas storage well in Jintan,Jiangsu,so DDL-III logging system and 111/16 inch.
江苏金坛盐穴地下储气库井腔体试压密封检测需要精确监测套管和测试管柱之间的环形空间中气水界面位置的变化情况,为此选用了哈里伯顿公司生产的DDL-Ⅲ数控测井系统和直径111/16in的伽马中子测井仪以及配套的井口密封设备。
3) gas storage well
储气井
1.
Based on the fundamental forming principle of computer intelligent monitoring system and the survey results of some CNG accidents,design of the intelligent monitor system of CNG gas storage well was introduced.
从计算机智能监控系统基本构成原理出发,结合CNG储气井事故调查结果,进行储气井智能监控系统的设计。
2.
3-D model of a gas storage well was established with the help of static analysis method for pressure vessel.
借鉴密闭压力容器的静力学分析方法,针对国家储气井的特点建立三维模型,对储气井井体的内表面腐蚀面积,以及腐蚀深度对储气井的应力影响进行了分析,为储气井的设计选材与日常维护提供了技术支持;为推广CNG汽车的应用与加气站储气安全提供保障;并为减少储气井造成的潜在危害和减少城市安全隐患及污染控制等提供技术条件和支持。
3.
Due to the failure of both the casing collar and the seal at the bottom in the underground in-service gas storage wells,natural gas leakage accidents might frequently take place,and the well tube might spurt out off the ground accordingly and so cause serious accidents.
在役地下储气井存在的最大安全隐患是套管接箍或底部密封失效后,发生天然气泄漏,导致井管冲出地面的恶性事故。
4) CNG gas storage well
CNG储气井
1.
An investigation of accident of CNG gas storage well was made to analyze on its failure.
在对CNG储气井现场事故调研的基础上对其失效原因进行了分析。
2.
It is shown that CNG gas storage well\' s casing detection is of a principal thrust of such technologies since its broad commercial applications in recent years.
CNG储气井套管检测是当前套管检测研究的热点,并在商业方面拥有广阔的应用前景。
5) gas storage
储气库
1.
Study and application of tightness testing technology for salt cavern gas storage;
盐穴储气库密封测试技术的研究及应用
2.
Design method for geometry of dissolution cavity of salt gas storage considering the stability;
盐穴储气库溶腔几何形状的设计方法
3.
Numerical simulation research on long-term stability of gas storage in Jintan Salt Mine;
金坛盐矿老腔储气库长期稳定性分析数值模拟
6) natural gas storage
储气库
1.
Investigation on optimized gas recovery velocity of natural gas storage in salt rock layer by numerical simulation;
盐岩储气库最佳采气速率数值模拟研究
2.
Underground natural gas storage (UGS) can be categorized into 4 types, including depleted oil and gas reservoir, aquifer, salt cavern and mined cavern.
地下储气库包括枯竭油气藏、含水层、盐穴和矿坑等四种类型,经过50多年的发展已经成为一种成熟的应用技术,目前地下储气库技术正朝着以下趋势发展:①加强气库的上下游协调优化,提高储气库的协调能力;②加强地下储气库优化管理,提高储气库的利用效率;③在油藏和含水层储气库领域进行实验和摸索;④盐穴储气库建库技术将得到进一步发展。
3.
Salt rock has very low penetrability and good creep behavior, and can ensure the leak tightness of the natural gas storage.
针对我国盐矿盐层夹层多、杂质多的特点,本文以西气东输金坛盐矿储气库为工程背景,对盐岩力学特性及储气库建设中关键问题,开展了以下几个方面的研究工作: 1。
补充资料：库储
1.仓库储存。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条