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Influence of Permafrost Conditions on Gas Mains Stability in Cryolithozone

机译:多年冻土条件对低温唑酮气体稳定性的影响

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Field investigations of several gas mains in different geosystems were carried out in Noviy Urengoy region (Eastern Siberia) in September, 2003. There were on ground pipelines covered with peat or sand. In case of small rivers pipelines were elevated by pile support on the shores. Because pipelines were applied in cryolithozone that means special secure methods used in pipeline systems functioning and operating. There are multiple sites of natural landscapes destructed or totally destroyed during building and exploiting of the pipelines. That causes negative cryogenic processes development. The most dangerous one is the heaving, that reaches up to several meters in humid landscapes. The complex thermoero-sion, thermokarst and heaving occur very often at one site. The heaving of piles leads to pipe deformations and the emergency situations to occur. It is possible to predict negative cryogenic processes development and so far to reduce an emergency risk.
机译:在2003年9月,在诺维Unengoy地区(东西伯利亚)进行了不同地质系统中几种天然气电源的现场调查。覆盖着泥炭或沙子的地面管道。如果小河流管道,管道升高在海岸上桩支撑。因为管道在低温杆菌中应用,这意味着在流水线系统中使用的特殊安全方法运行和操作。在建造和利用管道时,有多个自然景观破坏或完全被破坏。导致负面低温过程的发展。最危险的是潮热,达到多达数米的潮湿景观。复杂的Thermo-Sion,Thermokarst和Holding在一个网站上非常经常出现。桩的起伏导致管道变形和发生的紧急情况。可以预测负低通过程开发,迄今为止以降低应急风险。

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