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Status and efficiency of Wastewater sea outfalls in Korea

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초록

Abstract

This study provided the status and efficiency of the domestic wastewater sea outfalls based on the previous numerical and experimental studies for the analysis of the buoyant discharges from Rosette diffuser in shallow water. The VISJET model and the hybrid model proposed by Kim (2002) can be proper models for the domestic sea outfalls. The experimental results show that the merging height for MBR and MIR depends on the riser diameter and spacing between risers, and the bending characteristics of the buoyant discharges in still ambient water have significant impacts on the dilution. The current wastewater outfall systems in Korea are not effective for the environmental aspect due to the low discharge water depth. The strategies to reduce the contamination near the domestic wastewater outfalls were found to require the sufficient discharge water depth, proper diffuser location considering the tidal currents, enough riser diameter, and sufficient spacing between risers.

참고문헌 (14)

  1. "Dispersion in Hydrologic and Coastal Environments." (1972), Pasadena
  2. "Hydraulics of Marine Waste- water Disposal." (1968), Goteborg
  3. "Hydrodynamic Classification of Submerged Multiport-Diffuser Discharges. Journal of Hydraulic Engineering", pp.1113~1128 (1991)
  4. "Engineering Development for Optimizing Ocean Outfall Diffusing System" (2002), Ministry of Environment
  5. "Jet Integral-Particle Tracking Hybrid Model for the Mixing of Wastewater from Ocean Outfalls." (2002), Seoul National Univ.
  6. "Modeling the Mixing of Wastewater Effluent Discharged from Ocean Outfalls using a Hybrid Model.", 43(4), pp.259~288 (2001)
  7. "Behavior of buoyant discharges from a Rosette-type diffuser." (2005), Seoul National Univ.
  8. "Experimental Investigation of Wastewater Discharges from a Rosette-type Riser Using PIV.", 9(5), pp.355~362 (2005)
  9. "Heavy Metals Contamination in Coastal Sediments between the Large Discharge from Wastewater Treatment Plant.", 1(1), pp.83~92 (1998)
  10. "Lagrangian Modeling and Visualization of Rosette Outfall Plumes." (2000)
  11. "Hydraulic Model Study for Boston Outfall. I Journal of Hydraulic Engineering", pp.970~987 (1993)
  12. "Hydraulic Model Study for Boston Outfall. II Journal of Hydraulic Engineering", pp.988~100 (1993)
  13. "Merging characteristics of buoyant discharges from Rosette-type diffusers in shallow water.", 8(6), pp.679~688 (2004)
  14. "Experimental Study of Mixing Behavior of Alternating Diffuser for Wastewater Discharge." (2000), Seoul National University

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