Occurrence and Removal of Microplastic in Sewage Treatment Facilities in Chungcheongbuk-do

Hye‐Sung Kim, Joon-Sik Moon, Jun-Young Jo, Chan-Geun Lee, Young‐Cheol Cho, S. Hong
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Abstract

Microplastics from sewage and wastewater treatment facilities can be discharged into rivers and oceans, and the treatment facilities themselves can be a point source of microplastic pollution. The microplastic detection status and methods were compared in Miwon, Cheongju, Jecheon, and Chungju sewage treatment facilities in Chungcheongbuk-do. Samples were collected from the inlet, filtration facility, and discharge of Miwon Sewage Treatment Facility, a Porous Substrate Bioreactor (PSBR) construction corporation. Additionally, the inlet, first settling tank, final settling tank and outlet samples were taken from three sewage treatment facilities (Cheongju, Jecheon, and Chungju), which use bioreactor transformation processes. In the results, raw water showed a range of 232-1,510 pieces/L, and effluent water showed a range of 0.7-6.7 pieces/L. All four sewage treatment facilities showed high treatment efficiency of 98.5-99.9%. The treatment processes showed high removal efficiency in the order of CNR (97.0%) > PSBR (95.9%) > NPR (91.5%) > SMART3 (70.3%). As a study was conducted on only one sewage treatment facility for each process, additional research is necessary.
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忠清北道污水处理设施中微塑料的发生和去除
来自污水和废水处理设施的微塑料可以排放到河流和海洋中,而处理设施本身可能是微塑料污染的一个点源。比较了忠清北道密院、清州、堤川、忠州污水处理设施的微塑料检测现状和方法。在多孔基质生物反应器(PSBR)建设公司美原污水处理设施的入口、过滤设施和排放口采集了样本。此外,还从使用生物反应器转化过程的3个污水处理设施(清州、堤川、忠州)的入口、第一沉淀池、最终沉淀池和出口取样。结果显示,原水为232 ~ 1510片/L,出水为0.7 ~ 6.7片/L。4个污水处理设施的处理效率均达到98.5 ~ 99.9%。各处理工艺去除率依次为CNR (97.0%) > PSBR (95.9%) > NPR (91.5%) > SMART3(70.3%)。由于每个过程只对一个污水处理设施进行了研究,因此需要进行进一步的研究。
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