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A Novel Application Method for Reducing On-Site Emission Levels through Stack Design Modifications

机译:通过修改烟囱设计降低现场排放水平的新应用方法

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摘要

1. Regulatory models are capable tools in the planning and approvals process for a site: 1.1 Provides a standard modelling basis which, when used along with Approved Guidance Documents, allow both proponent and regulator to demonstrate the impact of a site 1.2 The current suite of regulatory models (Aermod, ISC, Calpuff) do not include fundamental physics to allow treatment of complex dispersion scenarios or evaluation of the effect of a complex wind environment 2. Using alternative modelling tools, such as Computational Fluid Dynamics (CFD), it is possible to evaluate these parameters directly, in particular: 2.1 To assess site buildings and process equipment that could lead to a complex wind field that current regulatory models are incapable of addressing. 2.2 Conditions where dispersion may be improved through re-configuring the arrangement of release points.
机译:1.监管模型是站点规划和审批过程中的有力工具:1.1提供标准的建模基础,当与批准的指导文件一起使用时,支持者和监管者都可以证明站点的影响1.2当前的一套监管模型(Aermod,ISC,Calpuff)不包含用于处理复杂弥散场景或评估复杂风环境影响的基本物理学原理。2.使用替代建模工具,例如计算流体动力学(CFD),有可能直接评估这些参数,尤其是:2.1评估可能导致当前监管模型无法解决的复杂风场的现场建筑物和过程设备。 2.2可通过重新配置释放点的布置来改善分散性的条件。

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