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KERD
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충남 지역 지하수 수질특성 연구

Study on Groundwater Quality in Chungcheongnam-do

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초록

The purpose of this study was to document groundwater quality in Chungcheongnam-do. Samples were taken from Taean, Dangjin, Seocheon, Boryeong, Seosan, and Nonsan areas, and 48 water quality variables were analyzed in relation to applicable standards, including the amounts of naturally occurring radioactive materials(U and Rn). The results from testing 179 locations indicated that 128 were suitable and 51 were of unacceptable quality, in terms of drinking water quality standards. The nonconformity rate for nitrate nitrogen was 47.0%, while that for total coliforms was 24.2%. Heavy metals-such as Pb, Hg, Cd, and Cr-were detected in low concentrations at all points. Analysis of naturally occurring radioactive materials showed that U conconcentrations were within the water quality standard (0.03 mg/L) at all points. Rn concentrations were low in NW regions such as Taean, Dangjin, Seocheon, and Boryeong, where Proterozoic sedimentary rocks were distributed, but its concentrations in the Seosan and Nonsan areas, where granite rocks were widely distributed, required closer investigation, and it was found that the alternative maximum contaminant level (148 Bq/L) was exceeded in granite soils which originated from the Mesozoic Era.

Abstract

The purpose of this study was to document groundwater quality in Chungcheongnam-do. Samples were taken from Taean, Dangjin, Seocheon, Boryeong, Seosan, and Nonsan areas, and 48 water quality variables were analyzed in relation to applicable standards, including the amounts of naturally occurring radioactive materials(U and Rn). The results from testing 179 locations indicated that 128 were suitable and 51 were of unacceptable quality, in terms of drinking water quality standards. The nonconformity rate for nitrate nitrogen was 47.0%, while that for total coliforms was 24.2%. Heavy metals-such as Pb, Hg, Cd, and Cr-were detected in low concentrations at all points. Analysis of naturally occurring radioactive materials showed that U conconcentrations were within the water quality standard (0.03 mg/L) at all points. Rn concentrations were low in NW regions such as Taean, Dangjin, Seocheon, and Boryeong, where Proterozoic sedimentary rocks were distributed, but its concentrations in the Seosan and Nonsan areas, where granite rocks were widely distributed, required closer investigation, and it was found that the alternative maximum contaminant level (148 Bq/L) was exceeded in granite soils which originated from the Mesozoic Era.

참고문헌 (9)

  1. "KOSIS 국가통계포털" (2020)[URL]
  2. 국립환경과학원, "먹는물수질공정시험기준", ~ (2018)
  3. 환경부, "먹는물 수질감시항목 운영 등에 관한 고시", ~ (2019)
  4. 박현건, "서부경남지역 음용 지하수 관리 실태 및 지역적 특성에 관한 비교 고찰", 한국물환경학회지, 31(2), pp.103~109 (2015), 한국물환경학회
  5. 환경부, "생활 속 자연 방사성 물질, 라돈의 이해", ~ (2016)
  6. 지하수 중 자연방사성물질 함유실태 조사연구, "환경부", ~ (2018)
  7. "지질정보서비스시스템" (2020), 한국지질자원연구원[URL]
  8. 정도환, "지역별 지하수중 우라늄과 라돈의 함량 분포 특성", 지하수토양환경, 16(6), pp.143~149 (2011), 한국지하수토양환경학회
  9. D. H. Jeong, "Characteristics of Hydrogeochemistry and Natural Occurring Radioactive material in Groundwater according to Rock Distribution in Korea", Department of Geology, pp.2019

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