For its special advantages, the salt cavern gas storage is attracting more and more attention in the worldwide oil and gas industry.
盐穴储气库以其独特的优势在世界范围的石油工业领域中受到越来越多的重视。
During the operation of the salt cavern gas storage, the salt bed around the salt cavern will generate variation of stresses because of strata pressure and internal pressures of the salt caverns.
盐穴储气库在运行过程中溶腔周围的盐层受到地层压力和溶腔内压的多重作用而产生应力变化。
The result is that the rock salt dissolving model can reflect the cavern shape changing law and direct the gas storage in the salt caverns building with water solution.
结果表明，该岩盐溶蚀数学模型能够有效的反映腔体形状的变化规律，指导储气库水溶建腔。
The topic of development in this text is study on creep property of rock salt with salt-mudstone interlayer and stability of oil and gas storage cavern.
本文以含高盐份泥岩夹层的盐岩蠕变特性及油气储库稳定性研究作为研究课题。
Salt cavern is one kind of underground oil storage facility formed by leaching bedded salt or salt dorm. Total gas volume correlate with single cavern capacity and number of caverns.
概述了金坛盐穴储气库单腔库容的计算方法，并对其最大工作气量进行了静态分析。
Salt cavern is one kind of underground oil storage facility formed by leaching bedded salt or salt dorm. Total gas volume correlate with single cavern capacity and number of caverns.
概述了金坛盐穴储气库单腔库容的计算方法，并对其最大工作气量进行了静态分析。
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