Criterial characteristics of the operational impact of the gas pipeline on geocriological parameters

V. Permyakov, L. Kazantseva, A. N. Antipova
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Abstract

Ensuring the reliability of operation of main gas pipelines from the moment of their construction is an important problem, which is associated with emergency situations on highways and failures in their operation. Such situations lead not only to large economic losses, but also to large-scale environmental consequences. The solution to the problem is the correct formulation of the problem, which consists in quantifying the main pipelines and monitoring the territory in which they are located. Monitoring of the territory includes the study of natural and climatic conditions. Using the data obtained, it is possible to determine the operating standards for linear highways. Because of the spread of permafrost on it, the territory of the Far North is the most vulnerable than other territories with hydrocarbon deposits. The condition of the pipeline decreases every year, so their resource is not eternal. It leads to the risk of accidents. The largest number of gas fields and linear pipelines are located in areas with unstable soils, heaving mounds, and permafrost. It is necessary to conduct a comprehensive monitoring of the territory, engineering surveys, construction and operation of gas facilities in order to the design, construct and operate such facilities effectively.
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输气管道运行对地质参数影响的判据特征
输气干线从建设之初就保证其运行的可靠性是一个重要的问题,它关系到高速公路的紧急情况和运行故障。这种情况不仅造成巨大的经济损失,而且造成大规模的环境后果。解决这一问题的办法是正确地提出问题,这包括对主要管道进行量化和对管道所在地区进行监测。对领土的监测包括对自然和气候条件的研究。利用所获得的数据,可以确定线性公路的运行标准。由于永久冻土层的扩散,远北地区比其他拥有碳氢化合物矿床的地区更容易受到破坏。管道的状况每年都在减少,所以它们的资源不是永恒的。这会导致发生事故的风险。大部分气田和管线位于土壤不稳定、隆起的土丘和永久冻土地区。为了有效地进行天然气设施的设计、建设和运营,有必要对天然气设施的国土、工程勘测、建设和运营进行全面监测。
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