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Design Environmental protection, Energy Saving and Safety Ventilation System of Long Highway Immersed Tunnel

机译:长高速公路浸没隧道设计环保,节能和安全通风系统

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摘要

Long highway immersed tunnel ventilation systems with strict design standards, large energy consumption, high security requirements and other unique characteristics. Key factors of influencing energy consumption and environmental protection tunnel ventilation system were systematic analysis and take appropriate improvement measures. Analysis fan efficiency, the port diffusion path of polluting gases using CFD software (Computational Fluid Dynamics) and take corresponding measures for improvement. According to the relationship among the vehicle speed 、 pollution emissions and the fan operation, developed intelligent immersed tunnel ventilation simulation system combining inverter technology and achieve the purpose of fan operation according to actual needs. For operational safety, using performance-based design methodology, the integrated use of CFD software and STEPS software (simulation of transient evacuation and pedestrian movements) make ventilation system meet the requirements of evacuation safety. This article give s the way how to design long highway immersed tunnel ventilation systems with the design approach of quantitative analysis to achieve energy-saving, environmental protection and safety.
机译:长高速公路浸入隧道通风系统,具有严格的设计标准,大量能耗,安全性高,安全性高等特点。影响能源消耗和环保隧道通风系统的关键因素是系统分析,采取适当的改进措施。分析风扇效率,使用CFD软件(计算流体动力学)污染气体的端口扩散路径,并采取相应的改进措施。根据车速,污染排放和风扇运行之间的关系,开发了易于逆变技术的智能浸入式隧道通风仿真系统,根据实际需求实现风扇运行的目的。对于操作安全,采用基于性能的设计方法,CFD软件的综合使用和步骤软件(瞬态疏散和行人运动的仿真)使通风系统满足疏散​​安全的要求。本文使S的方式如何设计长路浸入隧道通风系统的定量分析的设计方法,实现节能,环保和安全。

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