Assessment of waters and sediments impacted by drainage at the Young Dong coal mine site, South Korea

Title
Assessment of waters and sediments impacted by drainage at the Young Dong coal mine site, South Korea
Authors
우광제이주영지원현김지형
Keywords
Geochemistry; Hydrology; Coal mine drainage (CMD); Tributary; Natural Attenuation
Issue Date
2012-01
Publisher
ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH
Citation
VOL 19, NO 1, 19-30
Abstract
Introduction This study focused on the assessment of the geochemistry and hydrology of the Imgok Creek–Young Dong tributary for the design of a field coal mine drainage treatment system. Methods and results Examination of this site showed that the pH was greatly lowered by the addition of the Young Dong water, except in the month of March. The alkalinity was also affected; the concentrations of iron, aluminum, and sulfate were elevated at sites below the confluence; of these, iron was particularly problematic. High iron concentrations were primarily restricted to the acid rock drainage (ARD) (YD-9) water sources, whereas high aluminum concentrations were seen in both the ARD and in some of the upstream water sources. The acidity was primarily due to ferrous and ferric iron with a lesser amount of aluminum acidity. Except for the sampling in March, the flow was dominated by the ARD. This hydrologic condition resulted from the loads of iron, aluminum, sulfate, and acidity, among other constituents, that were dominated by the ARD. Conclusion Finally, treatment activities should primarily focus on the ARD and specifically seek to remove ferrous and ferric iron from the treatment system.
URI
http://pubs.kist.re.kr/handle/201004/43471
ISSN
09441344
Appears in Collections:
KIST Publication > Article
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