The Effects of Increasing Flow Velocity and Improving Water Quality in Dongsam Seawater Stream through Bi-directional Sluice Gates Operation and Tidal Range Drainage

Sunghoon Hong, Seung-Nam Jin, Kyung Tae Kim, Dong-ha Kim, Jeongho Kim, Sung-Chul Jang, Hyunchul Kim, Jin Hyeok Park, H. Lim
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Abstract

To cope with the water pollution problem, the Dongsam seawater stream was newly renovated in 2022. For this maintenance, government constructed various facilities including electric swing sluice gates at both ends to enhance seawater exchange performance. In this regard, this study tries to quantify water velocity increment and water quality of the stream and offer suggestions for effective management. To achieve this goal, the authors performed literature review on water quality improvement, GPS buoy tracking experiments, long-term current measurement (Aquadopp), water quality monitoring, analysis of daily log data of the sluice gate. The results of this study indicate that operation of bi-directional swing sluice gates with maximum tidal range conditions can strengthen current intensity that contributes to enhance water quality of Dongsam seawater stream.
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双向开闸和潮差排水对东三海水流提高流速和改善水质的影响
为了解决水污染问题,在2022年重新修复了东三海水流。为了进行维修,政府在两端建造了各种设施,包括电动水闸,以提高海水交换性能。因此,本研究试图量化水流速度增量和河流水质,并为有效的管理提供建议。为此,作者从水质改善、GPS浮标跟踪实验、长期测流(Aquadopp)、水质监测、水闸日日志数据分析等方面进行了文献综述。研究结果表明,在最大潮差条件下,双向摆动闸能增强水流强度,有助于改善东三海水流的水质。
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