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Risk Analysis of Harmful Gas in Deep Buried Long Tunnel Construction

机译:深埋隧道施工有害气体风险分析

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摘要

The emergence of harmful gas will bring serious difficulties to the tunnel construction, improper handling can easily lead to accidents. In order to evaluate the possibility of harmful gas in the tunnel, the basic characteristics of harmful gas in tunnel are analyzed from three aspects, that is spatial distribution, inflammable and explosive property, and harm to human body. Based on domestic and foreign research data, the case of harmful gas is listed, and the potential harmful gas is discussed. According to the engineering case, the lithology and geological structure of harmful gas is analyzed. Harmful gases are mainly distributed in the semi hard rock and organic matter rock formations, harmful gas is also prone to gather in the deep rock mass fracture zone, the joint and fracture zone. In order to deal with the harmful gas, we should strengthen the prediction and monitoring, and early detection. At the same time, take ventilation, pressure, grouting and other measures to deal with the harmful gases. The study could provide an effective reference for the similar projects. This research has some practical value and social significance.
机译:有害气体的出现将为隧道建设带来严重困难,处理不当可以容易导致事故。为了评估隧道中有害气体的可能性,从三个方面分析了隧道中有害气体的基本特征,即空间分布,易燃和爆炸性,对人体造成伤害。基于国内外研究数据,列出了有害气体的情况,讨论了潜在的有害气体。根据工程案例,分析了有害气体的岩性和地质结构。有害气体主要分布在半硬岩和有机物质岩层中,有害气体也容易收集在深层岩体骨折区,关节和骨折区。为了处理有害气体,我们应该加强预测和监测和早期检测。与此同时,采用通风,压力,灌浆等措施,以处理有害气体。该研究可以为类似项目提供有效的参考。这项研究具有一些实用的价值和社会意义。

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