한국양식학회지 (Journal of Aquaculture)

한국양식학회 (The Korean Society of Fisheries and Aquatic Science)
권호 표지

Removal of Total Suspended Solids by a Foam Fractionator in a Simulated Seawater Aquaculture System

  • Peng, Lei (Department of Aquaculture, College of Fisheries Science) ;
  • Jo, Jae-Yoon (Department of Aquaculture, College of Fisheries Science)
  • 발행 : 2003.11.01
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초록

In a simulated seawater aquaculture system, effects of different operating factors like the superficial air velocity (SAY), hydraulic residence time (HRT), protein concentration and foam overflow height on the removal of total suspended solids (TSS) by a foam fractionator, with 20 cm diameter and 120 cm height, were investigated. This experiment was performed on batch and consecutive modes for different combinations of the tested factors, using synthetic wastewater. In 5 consecutive trials, TSS concentration in culture tank water decreased faster, when the foam fractionator was operated at higher SAV and lower HRT. In batch trials, with increasing SAV, TSS removal rate increased, but decreased with increasing HRT. Higher protein concentration in the bulk solution resulted in higher TSS removal rate. TSS concentration in the collected foam condensates increased but the foam overflow rate decreased with increasing foam overflow height. Foam fractionation was effective for removing TSS in seawater aquaculture systems and its performance largely depended on the operating parameters, especially superficial air velocity.

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참고문헌

  1. American Public Health Association Standard Methods for the Examination of Water and wastewater,19th edition
  2. Water,Air,and Soil Pollution v.33 Differentiation of physical from chemical toxicity in solids waste fish bioassay Chapman,P.E.;J.D.Popham;J.Griffin;J.Michaelson
  3. Ph.D.Thesis Theoretical and experimental investigation of foam separation applied to aquaculture
  4. Aquaculture v.112 Suspended solids characteristics from recirculating aquaculture system and design implication Chen,S.;M.B.Timmons;D.J.Aneshansley;Jr.J.J.Bisogni
  5. Prog.Fish Cult v.55 Protein and its removal by foam fractionation Chen,s.;M.B.Timmons;Jr.J.J.Bisogni;D.J.Anehansley
  6. Prog.Fish Cult v.55 Suspended solids removal by foam firactionation Chen,s.;M.B.Timmons;Jr.J.J.Bisogni;D.J.Anehansley
  7. Aqua.Eng. v.13 Modeling surfactant removal in foam fractionation:I-theoretical development Chen,s.;M.B.Timmons;Jr.J.J.Bisogni;D.J.Anehansley
  8. Aqua.Eng v.13 Modeling Surfactant removal in foam fractionation:II-Experimental Investigations Chen,s.;M.B.Timmons;Jr.J.J.Bisogni;D.J.Anehansley
  9. ASAE paper no.73-516 Removal of dissloved organics the through foam fractionation in closed cycle systems for oyster production
  10. FIFAC,11th session,Stavanger Symposium on new develpments in the utilzation of heated effluents and recirculating systems for the intensive aquaculture
  11. Ph.D.Thesis Nitrification with water pretreatment on a closed cycle catfish culture system Lomax,K.M.
  12. J.Biochem v.193 Protein measurement with the folin phenol reagent Lowry,O.H.;N.J.Rosebrough;A.L.Farr;R.J.Randall
  13. Can.J.Zool. v.66 Gill histophathlogy of juvenile Oncorhychus kisutch exposed to suspended wood debris Major,B.G.
  14. Ph.D Thesis Aspects of water treatment and reuse in intensive fish culture Muir,J.F.
  15. Ph.D.Thesis A theoretical and experimental study of air lift pumping and areation with reference to aquaculture application Reinemann,D.J.
  16. Sewage Idu Wastes v.24 Rudolfs,W.;D.W.Balmat
  17. Wiley-interscience Fish and invertebrate culture Spotte,S.
  18. J.Korean.Fish.Soc v.30 Treatment of aquaculture recirculating water by foam separation-II.Characteristic of solids removal Suh,K.H.;M.G.Lee;M.S.Lee;B.J.Kim;E.J.Kim;M.C.Cho
  19. Con. on. Recirculating Aquaculture Removal of protein and TSS from fractionator.(in)Proc.3rd Internatl. Suh.K.H.;B.J.Kim;S.K.Kim;J.Y.Jo
  20. J. Korean Fish. Soc v.35 Performance of parallel current air driven type foam separator in a pilot-scale recirculating aquaculture system Suh,K.H.;B.J.Kim;Y.H.Kim;J.Y.Jo
  21. New York State Department of Agriculture and Markets A system approach to the develpment of an integrated trout industry for New York State.Final Report Timmons,M.B.;W.D.Youngs;J.M.Regenstein;G.A.German;P.R.Bowser;C.A.Bisogni
  22. J. World Aqua.Soc. v.26 Mathematical model of a foam fractionation used in aquaculture Timmons,M.B.;S.Chen;N.C.Weeks
  23. Aqua. Eng v.11 Feasibility of using foam fractionation for the removal of dissolved and suspended solids from fish culture water Week,N.C.;M.B.Timmons;S.C.hen
  24. EIFAC Water quality requirement of intensive aquaculture;a review,symposium on new developments in untilization of heated effluents and recirculation system or intensive aquaculture Wickins,J.F.