液化石油气的储存方式是液化石油气储存设计中必须首先考虑的问题。
LPG's storage method and its selection are such a problem that it is to be first considered in LPG storage design.
CCS旨在从排放源捕获CO2，通过管道运输并将其封存在天然的储存库，比如枯竭的油气田中。
CCS aims to capture carbon dioxide at its source, transport it along pipelines and store it in natural reservoirs, such as depleted gas and oil fields.
在井中用油管封隔器对生产层进行分隔，不同产层的油气经各自的油管柱升至地面并储存在各自的油罐中。
The zones are separated by tubing packers in the well and the oil and gas are brought up the well in separate strings of tubing and stored in separate tanks.
至于以中央管道系统输气的162个大型储存装置，则由缸车供应石油气。
LPG is also supplied by road tanker to 162 bulk storage installations providing centralised piped gas supplies.
某些常用的模块有井口装置、油气分离、气体压缩、平台发电、柴油、过滤和排气、水泥和盐水储存以及泥浆等模块。
Some common modules are wellhead, oil and gas separation, gas compression, platform power generation, diesel, filter and exhaust, cement and brine storage, and mud.
立柱式平台即为这种用于深海石油的开采、生产、处理加工和储存的平台结构形式之一，而被广泛的应用于现在的水深较大的深海油气田中。
The Spar platform is one of the most popular and useful platforms considering it merits in oil exploration, exploitation and production, so it has been widely used in the deepwater oil fields.
储油库储存、运输及销售过程挥发的油气不仅浪费能源，而且造成环境污染，影响人体健康。
The volatile oil gas during storage, transportation and sales process has not only brought serious waste of energy, but also environmental pollution and health damage.
在石油化工行业，液化石油气(LPG)主要储存在压力储罐中，如球罐、卧式罐等。
In petrochemical industry, liquid petroleum gas (LPG) is stored in pressured vessel, such as spherical tank and horizontal tank etc.
构造活动改变地层的空间形态，同时产生周期性的应力震荡变化。油气作为储存在地层中的流体矿产，在运聚期明显要受到构造活动的影响。
An active tectonic movement changes the space shape of stratum and result in periodic stress concussion, which will influence hydrocarbon migration and accumulation as fluid deposit in stratum.
生成油气和储存油气必需的地质组成及地质过程。包括成熟的烃源岩、运移通道、储集岩、圈闭和封闭。
Geologic components and processes necessary to generate and store hydrocarbons, including a mature source rock, migration pathway, reservoir rock, trap and seal.
介绍了在采用液化石油气低温常压储存方案时，对低温储罐及其基础、保护系统和储罐的布置、间距及防火堤的设计要求。
Introduces the design requirements on low pressure storage tank and its foundation, protective system, layout, space and fire dike of the tank...
众所周知，断层封闭、古潜山、盐丘、地层尖灭等地质体有利于储存油气，是石油勘探研究的重点。
It is well known that fault trap, salt dome, pillows etc. have good conditions in reservoiring oil and gas, so they have become major targets in oil and gas exploration.
众所周知，断层封闭、古潜山、盐丘、地层尖灭等地质体有利于储存油气，是石油勘探研究的重点。
It is well known that fault trap, salt dome, pillows etc. have good conditions in reservoiring oil and gas, so they have become major targets in oil and gas exploration.
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