OPEN ACCESS plSSN : 0374-8111 | elSSN : 2287-8815
OPEN ACCESS plSSN : 0374-8111elSSN : 2287-8815
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kfas, vol. 55, no. 6, pp.954-959, December, 2022 DOI.

Numerical Simulation for Effluent Transport According to Change in
Depth of Marine Outfall in Masan Bay Using a Particle Tracking Model

국립수산과학원 남해수산연구소, 1㈜지오시스템리서치 수치모델사업부, 2부경대학교 생태공학전공


    Marine outfalls are used to discharge treated liquid effluents to the environment. An efficiently designed, constructed and operated marine outfall effectively dilutes the discharged effluent, thereby reducing the risk to biota and humans dependent upon the marine environment. In this study, we investigated the effluent transport from a marine outfall at different depths in Masan Bay. A particle-tracking model was used to predict the dispersion of effluent. The model results indicate that some particles released from a depth of 13 m move to the inner area of Masan Bay within 48 h. As the release depth increases after 48 h, the particles move further southward. This suggests that effluent from the outer area of Masan Bay can affect the inner area, and that this effect can be reduced by increasing the depth of effluent release.

  • Keyword

    Marine outfall, Masan bay, Effluent, Particle tracking model