Abstract
Four moving-medium biofilm reactors treating wastewater were reviewed in this paper: the rotating biological contactor (RBC), the moving bed biofilm reactor (MBBR), the vertically moving biofilm reactor (VMBR) and the fluidized-bed reactor (FBR). The RBC process has been applied widely. MBBR is a good process for upgrading current wastewater treatment systems. VMBR is suitable for treating small wastewater flows. FBR can maximize pollutant removals and minimize sludge production.
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Andreottola G, Foladori P & Ragazzi M (2000a)Upgrading of a small wastewater treatment plant in a cold climate region using a moving bed bio film reactor (MBBR)system.Water Sci.Technol.41(1):177–185
Andreottola G, Foladori P, Ragazzi M & Tatano F (2000b) Experimental comparison between MBBR and activated sludge system for the treatment of municipal wastewater. Water Sci.Technol.41(4–5):375–382
Banerjee G (1997)Hydraulics of bench-scale rotating biological contactor.Water Res.31:2500–2510
Bosander J & Westlund AD (2000) Operation of full-scale fluidized-bed for denitri fication.Water Sci.Technol. 41 (9): 115–121
Boumansour BE & Vasel JL (1998)A new tracer gas method to measure oxygen transfer and enhancement factor on RBC. Water Res.32:1049–1058
Broch-Due A, Andersen R & Kristoffersen O (1994)Pilot plant experience with an aerobic moving bed bio lm reactor for treatment of NSSC wastewater.Water Sci.Technol.29(5–6): 283–294
Broch-Due A, Andersen R & Opheim B (1997)Treatment of integrated newsprint mill wastewater in moving bed bio film reactors.Water Sci.Technol.35(2–3):173–180
Chen S-D, Chen C-Y, Shen Y-C, Chiu C-M & Cheng H-J (1996)Treatment of high-strength nitrate wastewater by biological methods-operational characteristics study.Water Sci.Technol.34(1–2):269–276
Cheng S-S, Chen W-C & Hwang H-H (1997)Bio film formation:the effects of hydrodynamic and substrate feeding patterns in three phase draft-tubefluidized bed for nitri fication process.Water Sci.Technol.36(12):83–90
de Beer D, Stoodley P & Lewandowski Z (1996)Liquid flow and mass transport in heterogeneous bio films.Water Res.30: 2761–2765
Droste RL (1997)Theory and Practice of Water and Waste-water Treatment,John Wiley & Sons, New York.
Flanagan WP (1998)Biodegradation of dichloromethane in a granular activated carbon fluidized-bed reactor.Water Environ.Res.70:60–66
Galvan A, Urbina P & de Castro F (2000)Characterization of lamentous microorganisms in rotating biological contactor bio lms of wastewater treatment plants.Bioprocess Eng.22: 257–260
Grady CPL,Jr & Lim HC (1980)Biological Wastewater Treatment:Theory and Applications,Marcel Dekker, New York
Green M, Mels A, Lahav O & Tarre S (1996)Biological-ion exchange process for ammonium removal from secondary efluent.Water Sci.Technol.34(1–2):449–458
Green M, Ruskol Y, Tarre S & Loewenthal RE (2002a) Nitri fication utilizing CaCO3 as the buffering agent.Environ. Technol.23:303–308
Green M, Ruskol Y, Shaviv A & Tarre S (2002b)The effect of CO2 concentration on a nitrifying chalk reactor.Water Res. 36:2147–2151
Griffin P & Findlay GE (2000)Process and engineering improvements to rotating biological contactor design.Water Sci.Technol.41(1):137–144
Harremoës P & Henze M (2002)Bio filters.In:Henze M, Harremoës P, la C. Jansen J & Arvin E (Eds)Wastewater Treatment:Biological and Chemical Processes,(pp 157–207). Springer, Heidelberg
Harvey P (2002)Moving bed bio film reactors:a robust solution for wastewater treatment.Chem.Eng.(London)729:33
Helness H & Ødegaard H (1999)Biological phosphorus removal in a sequencing batch moving bed bio film reactor. Water Sci.Technol.40(4–5):161–168
Hidalgo MD & Garcia-Encina PA (2002)Bio film development and bed segregation in a methanogenic fluidized bed reactor. Water Res.36:3083–3091
Holst TC, Truc A & Pujol R (1997)Anaerobic fluidized beds: ten years of industrial experience.Water Sci.Technol.36(6– 7):415–422 http://wwwny.anox.se/eng/b2 2 barare.htm
Jahren SJ, Rintala JA & Ødegaard H(2002)Aerobic moving bed bio lm reactor treating thermomechanical pulping white-water under thermophilic conditions.Water Res.36:1067–1075
Koran KM, Suidan, MT, Khodadoust AP, Sorial GA & Brenner RC (2001)Effectiveness of an anaerobic granular activated carbonfluidized-bed bioreactor to treat soil wash fluids:a proposed strategy for remediating PCP/PAH contaminated soils.Water Res.35:2363–2370
Lazarova V & Manem J (2000)Innovative bio lm treatment technologies for water and wastewater treatment.In:Bryers JD (Ed)Bio films II:Process Analysis and Applications (pp 159–206).Wiley-Liss, New York
Lu C, Li H-C, Lee LY & Lin M-R (1997)Effects of disc rotational speed and submergence on the performance of an anaerobic rotating biological contactor.Environ.Int.23: 253–263
Maloney SW, Adrian NR, Hickey RF & Heine RL (2002) Anaerobic treatment of pinkwater in afluidized bed reactor containing GAC.J.Hazard.Mater.92:77–88
Martin-Cereceda M, Alvarez AM, Serrano S & Guinea A (2001)Confocal and light microscope examination of protozoa and other microorganisms in the bio films from a rotating biological contactor wastewater treatment plant.Acta Protozool.40:263–272
Mba D, Bannister RH & Findlay GE (1999)Mechanical redesign of the rotating biological contactor.Water Res.33: 3679–3688
Moteleb MA, Suidan MT, Kim J, Davel JL & Adrian NR (2001)Anaerobic degradation of 2,4,6-trinitrotoluene in granular activated carbonfluidized bed and batch reactors. Water Sci.Technol.43(1):67–75
Ødegaard H (2000)Advanced compact wastewater treatment based on coagulation and moving bed bio film processes. Water Sci.Technol.42(12):33–48
Ødegaard H, Rusten B & Badin H (1993)Small wastewater treatment plants based on moving bed bio film reactors. Water Sci.Technol.28(10):351–359
Ødegaard H, Rusten B & Westrum T (1994)A new moving bed bio lm reactor-applications and results.Water Sci.Technol. 29(10–11):157–165
Okabe S, Hiratia K, Ozawa Y & Watanabe Y (1996)Spatial microbial distributions of nitri ers and heterotrophs in mixed-population bio films.Biotechnol.Bioeng.50:24–35
Pastorelli G, Andreottola, G, Canziani R, de Fraja E, de Pascalis F, Gurrieri G & Rozzi A (1997)Pilot-plant experiments with moving-bed bio lm reactors.Water Sci.Technol. 36(1):43–50
Rodgers M (1999)Organic carbon removal using a new bio lm reactor.Water Res.33:1495–1499
Rodgers M & Burke D (2001)Carbonaceous oxidation using a new vertically moving bio lm system.Environ.Technol.22: 673–678
Rodgers M & Burke D (2002)Nitrogen removal using a vertically moving bio lm system.Water Sci.Technol.47(1): 71–76
Rodgers M, Zhan X-M & Gallagher B (2003a)A pilot plant study using a vertically moving bio lm process to treat municipal wastewater.Biore.Technol.89:139–143
Rodgers M, Zhan X-M & Casey A (2003b)Ammonium removal using a vertically moving bio lm system.J Environ. Sci.Health Part A 38:2483–2494
Rodgers M, Zhan X-M & Casey A (2004)Oxygen transfer and industrial wastewater treatment effciency of a vertically moving bio lm system.Water Air Soil Pollut 151:165–178
Rusten B, Ødegaard H & Lundar A (1992)Treatment of dairy wastewater in a novel moving bed bio lm reactor.Water Sci. Technol.26(3–4):703–711
Rusten B, Siljudalen JG & Strand H (1996)Upgrading of a biological-chemical treatment plant for cheese factory waste-water.Water Sci.Technol.34(11):41–49
Rusten B, McCoy M, Proctor R & Siljudalen JG (1998)The innovative moving bed bio lm reactor/solids contact reaeration process for secondary treatment of municipal waste-water.Water Environ.Res.70:1083–1089
Rusten B, Johnson CH, Devall S, Davoren D & Cashion BS (1999)Biological pretreatment of a chemical plant wastewater in high-rate moving bed bio lm reactors.Water Sci.Technol.39(10–11):257–264
Rusten B, Hellstrom BG, Hellstrom F, Sehested O, Skjelfoss E & Svendsen B (2000)Pilot testing and preliminary design of moving bed bio lm reactors for nitrogen removal at the FREVAR wastewater treatment plant.Water Sci.Technol. 41(4):13–20
Surampalli RY & Baumann ER (1997)Role of supplemental aeration in improving overloaded first-stage RBC performance.Water Air Soil Pollut.98:1–15
Sutton PM, Hurvid J & Hoeksema M (1999)Biological fluidized-bed treatment of wastewater from byproduct coking operations:full-scale case history.Water Environ.Res.71: 5–9
Tchobanoglous G, Burton FL & Stensel MD (2003) Wastewater Engineering:Treatment and Reuse, Metcalf & Eddy, New York
Teixeira P & Oliveira R (2001)Denitri cation in a closed rotating biological contactor:effect of disk submergence. Process Biochem.37:345–349
Trulear MG & Characklis WG (1982)Dynamics of bio lm processes.J.Water Pollut.Control Fed.54:1288–1301
USEPA (1993)Nitrogen Removal,Technomic Publishing Company, Pennsylvania,USA
WEF (Water Environment Federation)& ASCE (American Society of Civil Engineers) (1998) Design of Municipal Wastewater Treatment Plants,WEF and ASCE, Alexandria and Reston,USA
Winkler MA (1981)Biological Treatment of Wastewater,John Wiley & Sons, New York
Zhu S & Chen S (2001)Impacts of Reynolds number on nitri cation bio lm kinetics.Aquacult.Eng.24:213–229
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Rodgers, M., Zhan, XM. Moving-Medium Biofilm Reactors. Re/Views in Environmental Science and Bio/Technology 2, 213–224 (2003). https://doi.org/10.1023/B:RESB.0000040467.78748.1e
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DOI: https://doi.org/10.1023/B:RESB.0000040467.78748.1e