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A Study on the Biological Nitrogen Removal of the Chemical Fertilizer Wastewater Using Jet Loop Reactor
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 Title & Authors
A Study on the Biological Nitrogen Removal of the Chemical Fertilizer Wastewater Using Jet Loop Reactor
Seo Jong-Hwan; Lee Chul-Seung;
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This study was conducted to determine optimum design parameters in nitrification and denitrfication of chemical fertilizer wastewater using pilot plant, Jet Loop Reactor. The chemical fertilizer wastewater which contains low amounts of organic carbon and has a high nitrogen concentration requires a post-denitrfication system. Organic nitrogen is hydrolyzed above , and the concentration of organic nitrogen was influent wastewater 126mg/L and of effluent wastewater 16.4mg/L, respectively. The nitrification above was acquired to TKN volumetric loading below , TKN sludge loading below and SRT over 8days. The nitrification efficiency was or more and the maximum specific nitrification rate was . The denitrification rate was above and the concentration of was below 20mg/L. This case was required to , and the effluent concentration of was below 20mg/L at volumetric loading below and v sludge loading below . At this case, the maximum sludge production was and the specific denitrfication rate was .
Jet Loop reactor;Chemical fertilizer wastewater;Biological nitrogen removal;Nitrification;Denitrification;
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Sato, K., 2000, Advanced Wastewater treatment and National Land Conservation, Korea Solid Waster Engineering Society, Proceeding of International Colloquium on Environmental Techniques, April 22-23, 93-111pp

고경숙, 1999, 유기물부하가 낮은 하수처리장의 처리효율 개선과 탈질, 동아대학교 대학원 박사학위논문, 1-3pp

Kim S. S. and S. M. Kim, 1999, Present Status and Future of Organic Waste Management in Korea, International Symposium of Bio-Recycling/Cornposting in Sapporo, Japan, Sept. 6-8

김춘희, 1999, 간헐폭기방법에 의한 저C/N비 하수의 질소제거, 동아대학교 박사학위논문, 11-12pp

Leistner, G., G. Mueller, G. Sell and A. Bauer, The bio-tower reactor - a tower-type biological waste water purification plant, Chem. Ing. Tech., 51(4), 288-294 crossref(new window)

Blenke, H., 1999, Loop reactor, Adv. Biochern. Eng., 13, 121-214

Blenke, H., 1985, Biochemical loop reactors, In: Biotechnology Edited by Braer, Verlag Chemie, Weinheim, 2, 465-517

Wachsmann, U., N. Raebiger, and A Vogelpohl, 1984, The compact reactor - A newly developed loop reactor with a high mass transfer performance, Ger. Chem. Eng., 7, 39-44

Naundorf, E. A., D. Subramanian, N. Raebiger, and A. Vogelpohl, 1985, Biological treatment of waste water in the compact reactor, Chem. Eng. Process, 19, 229-233 crossref(new window)

Wilhagen, H., F. Schneider, A. Vogelpohl, S. Geissen and D. Weichgrebe, 1992, Pilot test of biological treatment of brewery effluent using the HCR system at Gilde Brewery in hanover, Brauwelt international III, 294-298pp

Sumner, J. B. and G. F. Somers, 1974, Chemistry and methods of enzymes, Academic Press Inc., New York, 55-61pp

Guhr, H. and G. Rudolf, 1979, Zum Abbauverhalten von Hamstoff im Wasser, Acta hydrochem. hydrobiol., 7(2), 245-253 crossref(new window)

Nyhuis, G., 1985, Beitrag zur den Moeglichkeiten der Abwasserbehandlung bei Abwaessern mit erhoehten Stickstoffkozentrationen, Veroeffentlichungen des ISAH, Heft, 61pp

Tomlinson, T. G., A. G. Boon and G. N. A. Trotman, 1966, Inhibition of Nitrification in the activated sludge process of sewage disposal, J. Appl. Bact., 29, 266-291 crossref(new window)

McCarty P. L., L. Beck and P. Amant, 1969, Biological Denitrification of Wastewaters by Addition of Organic Materials, Proc. of the 24th Purdue Ind. Waste Conf., Purdue Univ., Lafayette, Ind., 81-92pp

Barnard, J. L., 1975, Nutrient Removal in Biological System, British Journal of Water Pollution Control, 75, 228

Bishop, D. F., J. A. Heidman and J. B. Starnberg, 1976, Single-Stage Nitrification-Denitrification, J. WPCF, 48, 520

Henze Christensen, M. and P. Harremoes, 1977, Biological Denitrification of Sewage, A literature review, Prog. Water Techn., 8, 509-555

Morawe, B., 1995, Nachgeschaltete Denitrificktion unter nutzung der Belebtschlammadsorption, Clausthal-Zellerfeld CDTEC-Schriftenreihe Papierflieger, 15pp