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Comparative Validation of Multiple Point Industrial Source Complex-Short-Term Period (MPC-SPR) and ISCST3 Models in Neyveli Air Basin

机译:多点工业来源复杂短期期(MPC-SPR)和Neyveli Air Bourin的ISCST3型号的比较验证

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摘要

MOEF requires the industry to prepare environmental statement for assessing impact that existing or proposed industry may have on environment. An important consideration in the preparation of an impact statement is the anticipated effect by the proposed activity will have on air quality since industry is a source of major air pollutants. Methods have been developed to predict the air quality impact of an industry through the use of mathematic atmospheric diffusion models. One such a widely used model is Gaussian Dispersing model. Once they are properly validated then they can be used to predict the air quality at any industrial locations. This study has been devoted to develop a Multiple Gaussian diffusion model named as MPC-SPR model and validate the model at Neyveli air basin were large thermal power stations are situated.
机译:MoEF要求行业为评估现有或拟议行业可能具有环境的影响而制定环境陈述。 在制备影响声明中的一个重要考虑因素是拟议活动的预期效果,自业界是主要空气污染物的来源。 已经开发了方法来通过使用数学大气扩散模型来预测行业的空气质量影响。 一种如此广泛使用的模型是高斯分散模型。 一旦它们被正确验证,它们就可以用来预测任何工业位置的空气质量。 本研究已经致力于开发一个名为MPC-SPR模型的多个高斯扩散模型,并验证Neyveli Air Basin的模型是大的热电电站。

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