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Development of Air Pollutants Treatment System for Industrial Processes using Petroleum Coke

机译:用石油焦开发工业过程空气污染物处理系统

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Considering the SO3 treatment method that is currently not regulated in Korea and the ultrafine particles (PM2.5) treatment method that is recently becoming an issue, this study investigated the components of the most effective process in relation to the process sequence change and reactive materials’ concentration change by organizing bench-scale experimental equipments in order of Furnace - SCR - Dry ESP - Wet Scrubber - Wet ESP - SO3 Remover. It was found out that the SO3 remover placed before the wet scrubber increased treatment efficiency by 7 times and the fine particle treatment efficiency as well when compared to the initial process. Based on this, we want to construct an economic system for efficiently removing SO3 and fine particle in the real industrial fields.
机译:考虑到韩国目前尚未管制的SO3处理方法和最近成为问题的超细颗粒(PM2.5)处理方法,本研究调查了与工艺顺序变化和反应性材料相关的最有效工艺的组成部分通过按炉子-SCR-干式ESP-湿式洗涤塔-湿式ESP-SO3去除剂的顺序组织台式实验设备来改变浓度。已经发现,与初始工艺相比,在湿式洗涤器之前放置的SO3去除器的处理效率提高了7倍,细颗粒处理效率也提高了7倍。在此基础上,我们希望构建一种经济的系统,以有效去除实际工业领域中的SO3和细颗粒。

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