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Improvement of SO{sub}2 Removal with Application of Wall Rings and Advanced CFD Modelling - The Case of FGD Unit Megalopolis

机译:应用壁环和先进的CFD模型改进SO {sub} 2的去除-以烟气脱硫装置为例

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摘要

Megalopolis SES is a lignite-fired steam-electric power plant (total 850 MW) located in southern Greece. The plant consists of four units. Unit III will be retrofitted with WFGD unit in order to meet the emission values of LCP 2001/80/EC. A CFD modelling of the absorber has been used to define gas, liquid and SO{sub}2 distribution inside the absorber with the goal to combine the optimised SO{sub}2 removal with lowest possible power consumption. The paper shows the results of the CFD study on Megalopolis III WFGD containing the fluid dynamic optimisation of nozzle arrangement including wall ring location.
机译:Megalopolis SES是位于希腊南部的褐煤蒸汽发电厂(总850 MW)。该工厂由四个单元组成。为了满足LCP 2001/80 / EC的排放值,第三单元将使用WFGD单元进行改装。吸收器的CFD模型已用于定义吸收器内部的气体,液体和SO {sub} 2分布,其目标是将优化的SO {sub} 2去除率与最低的功耗相结合。本文显示了对Megalopolis III WFGD的CFD研究结果,该结果包含喷嘴布置(包括壁环位置)的流体动力学优化。

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