Ahtiainen,J., Aalto,M.,andPessala,P., (2003), “Biodegradation of Chemicals in a
Standardized Test and in Environmental Conditions”, Chemosphere, 51, 529-537.
İstanbul Ticaret Üniversitesi Fen Bilimleri Dergisi Bahar2007/1
13
Aiba,S.,andFuruse,H.,(1990), “Some Comments on Respiratory Quotient (RQ)
Determination From The Analysis of Exit Gas From a Fermentor”, Biotechnology
and Bioenginerring, 36, 5, 534-538.
Anderlei,T.,Zang,W., Papaspyrou,M.,andBüchs,J.,(2004), “Online Respiration
Activity Measurement (OTR, CTR, RQ) in Shake Flasks”, Biochemical Engineering
Journal, 17, 187-194.
Battersby,N. S., (1997), “The ISO Headspace CO
2Biodegradation Test”,
Chemosphere, 34, 8, 1813-1822.
Casas Lopez,J. L., Rodriguez Porcel,E. M., Oller Alberola, I., Ballesteros Martin,
M. M., Sanchez Perez,J. A., Fernandez Sevilla,J. M,andChisti,Y., (2006),
“Simultaneous Determination of Oxygen Consumption Rate and Volumetriv
Oxygen Transfer Coefficient in Pneumatically Agitated Bioreactors”, Ind. Eng.
Chem.Res., 45, 1167-1171.
Checchi,N.,andMarsilli-Libelli,S., (2005), “Reliability of Parameter Estimation in
Respirometric Models”, Water Research,39, 3686-3696.
Ekama, G. A., Dold,P. L.,and Marais,G. V. R., (1986), “Procedure for
Determining Influent COD Fractions and The Maximum Specific Growth Rate of
Heterotrophs in Activated Sludge Systems”, Wat. Sci. Tech., 18, 91.
Eremektar,G., Ubay Çokgör,E., Övez,S., Babuna,F. G.,andOrhon,D., (1999),
“Biological Treatability of Poultry Processing Plant Effluent-A Case Study”, Wat.
Sci. Tech.,40,1, 323-329.
Franzen,C. J.,(2003), “Metabolic Flux Analysis of RQ-Controlled Microaerobic
Ethanol Production by Saccharomyces Cerevisiae”, Yeast,20, 117-132.
Franzen,C. J., Albers,E.,andNiklasson,C., (1996), “Use of The Inlet Gas
Composition to Control The Respiratory Quotient in Microaerobic Bioprocess”,
Chemical Engineering Science, 51,13, 3391-3402.
Ganesh,R., Balaji,G., and Ramanujam,R. A.,(2006), “Biodegradation of Tannery
Wastewater Using Sequencing Batch Reactor-Respirometric Assessment”,
Bioresource Technology, 97, 1815-1821.
Gea, T., Barrena,R., Artola,A.,andSanchez,A., (2004), “Monitoring The
Biological Activity of The Composting Process: Oxygen Uptake Rate (OUR),
Respirometric Index (RI), and Respiratory Quotient (RQ)”, Biotechnology and
Bioenginerring, 88, 4, 520-527.
Genç, N., and Yonsel,Ş., (2007), “Evaluation by Respiration Measurements (OTR,
CTR and RQ) of The Biological Activity in Sludge Digestors Operated Under
Nevim GENÇ
14
Microaerobic Conditions”, Chemical and Biochemical Engineering Quarterly, 21, 2,
163-168.
Gendig,C., Domogala,G., Agnoli,F., Pagga,U.,andStrotmann,U. J., (2003),
“Evaluation and Further Development of The Activated Sludge Respiration
Inhibition Test”, Chemosphere,52, 143-149.
Germirli Babuna,F., Soyhan,B., Eremektar,G.,and Orhon,D., (1999), “Evaluation
of Treatability for Two Textile Mill Effluents”, Wat. Sci. Tech., 40, 1, 145-152.
Gernaey,A. K.,Petersen,B., Ottoy,J. P.,andVanrolleghem,P., (2001), “Activated
Sludge Monitoring with Combined Respirometric-Titrimetric Measurements”, Wat.
Res.,35, 5, 1280-1294.
Goronszy,M. C., (1998), “Activated Sludge Process Control Using in Basin Oxygen
Related Parameters”, Fourth International Symposium on Waste Management
Problems in Agro-Industries, Istanbul, September, 61-68.
Lasaridi,K. E.,andStentiford,E. I., (1998), “A Simple Respirometric Technique for
Assessing Compost Stability”, Wat. Res.,32, 12, 3717-3723.
Lencki,R. W., Zhu,M., and Chu,C. L., (2004), “Comparison of Unsteady -and
Steady-State Methods for ProduceRespiration Rate Determination,1.Model
Development and Validation”, Postharvest Biologyand Technology,31, 229-238.
Marsili-Libelli,S.,andVaggi,A., (1997), “Estimation of Respirometric Activities in
Bioprocesses”, Journal of Biotechnology,52, 181-192.
Messenger,J. R., De Villiers,H. A.,andEkama,G. A.,(1990), “Oxygen Utulization
Rate as a Control Parameter for The Aerobic Stage in Dual Digestion”, Wat. Sci.
Tech.,22, 12, 217-227.
Nalbur,B. E., Aklan, U. veÇalışkan Eleren,S.,(2004), “Respirometrik Metot
Kullanılarak Bursa Organize Sanayi Bölgesi (BOSB) Atıksularının Biyolojik
Arıtılabilirliğinin İncelenmesi”, 9. Endüstriyel Kirlenme Kontrolü Sempozyumu,
İstanbul, 335-341.
Narita,N., Takahashi,M., and Shoji,R.,(2005), “Rapid Activated Sludge
Respiration Inhibition Test Performed by CO
2Producingrate Using a Carbon
Dioxide Sensor”, Journal of Environmental Science and Health,40, 1987-1996.
Orhon,D., Ateş Genceli,E.,andUbay Çokgör,E., (1999), “Characterization and
Modeling of Activated Sludge for Tannery Wastewater”, Water Environmental
Research,73, 1, 50-63.
İstanbul Ticaret Üniversitesi Fen Bilimleri Dergisi Bahar2007/1
15
Orhon,D.,andOkutman,D., (2003), “Respirometric Assessment of Residual
Organic Matter for Domestic Sewage”, Enzyme and Microbial Technology,32,
560-566.
Orupold,K., Hellat,K.,andTenno,T., (1998), “Estimation of Treatability of
Different Industrial Wastewaters by Activated Sludge Oxygen Uptake
Measurements”, Fourth International Symposium on Waste Management Problems
in Agro-Industries, Istanbul, 69-74.
Oviedo,M. D. C., Sanchez,J. B., and Alonso,J. M. Q., (2005), “Enzymatic
Estimation of Biosolids Stability in Aerobic Digestion Systems”, Enzyme and
Microbial Technology, 36, 191-197.
Pratt,S., Yuan,Z., Gapes,D., Dorigo,M., Zeng,R. J.,andKeller,J., (2003),
“Development of a Novel Titrationand Off-Gas Analysis (TOGA) Sensor for Study
of Biological Processes in Wastewater Treatment Systems”, Biotechnology and
Bioengineering, 81, 4, 482-495.
Pratt,S., Yuan,Z.,andKeller,J., (2004), “Modeling Aerobic Carbon Oxidation and
Storage by Integrating Respirometric, Titrimetric, and Off-Gas CO
2Measurements”,
Biotechnology and Bioengineering,88, 2, 135-147.
Quintela,M.,andRo,K. S.,(2003), “Atmosferic Oxygen Transfer During in Situ
Oxygen Uptake Rate Measurement”, Journal of Environmental Engineering,129, 2,
183-186.
Reuschenbach,P., Pagga,U.,andStrotmann,U., (2003), “A Critical Comparison of
Respirometric Biodegradation Tests Based on OECD 301 and Related Test
Methods”, Water Res.,37, 7, 1571-1582.
Royce,P. N., (1992), “Effect of Changes in The pH and Carbon Dioxide Evolution
Rate on The Measured Respiratory Quotient of Fermentations”, Biotechnology and
Bioenginerring, 40, 10, 1129-1138.
Rozzi,A., Ficara,E., Cellamare,C. M.,and Bortone,G., (1998), “Characterization
of Textile and Other Industrial Wastewaters by Respirometric and Titration
Biosensors”, Fourth International Symposium on Waste Management Problems in
Agro-Industries, Istanbul,75-82.
Sanchez,J. B., Alonso,J. M. Q.,andOviedo,M. D. C., (2006), “Use of Microbial
ActivityParameters for Determination of a Biosolids Stability Index”, Bioresource
Technology,97, 562-568.
Scaglia,B., Erriquens,F. G., Gigliotti,G., Taccari,M.,Ciani,M., Genevini,P. L.,
and Adani,F., (2007), “Precision Determination for The Specific Oxygen Uptake
Nevim GENÇ
16
Rate (SOUR) Method Used for Biological Stability Evaluation of Compost and
Biostabilized Products”, Bioresource Technology, 98, 706-713.
Sin,G., Guisasola,A., De Pauw,D. J. W., Baeza,J. A., Carrera,J.,and
Vanrolleghem,P. A., (2005), “A New Approach for Modelling Simultaneous
Storage and Growth Processes for Activated Sludge Systems Under Aerobic
Conditions”, Biotechnology and Bioengineering,92, 5, 600-613.
Sperandio,M., and Paul,E., (1997), “Determination of Carbon Dioxide Evolution
Rate Using On-Line Gas Analysis During Dynamic Biodegradation Experiments”,
Biotechnology and Bioengineering,53,3, 243-252.
Tremier,A.,Guardia,A., Massiani,C., Paul,E.,andMartel,J. L.,(2005), “A
Respirometric Method for Characterising The Organic Composition and
Biodegradation Kinetics and The Temperature Influence on The Biodegradation
Kinetics, for a Mixture of Sludge and Bulking Agent to be Co-Composted”,
Bioresource Technology,96, 169-180.
Ubay Çokgör,E., Sözen,S., Orhon, D., and Henze,M.,(1998),“Respirometric
Analysis of Activated Sludge Behavior I. Assessment of the Readily Biodegradable
Subsrate”, Wat. Res. (G.B.), 32, 2, 461-475.
Weppen,P., (2001), “Process Calorimetry on Composting of Municipal Organic
Wastes”, BiomassBioenergy, 21, 289-299.
Wu,L., Lange,H. C., Van Gulik,W. M.,andHeijnen,J. J., (2003), “Determination
of in Vivo Oxygen Uptake and Carbon Dioxide Evolution Rates From Off-Gas
Measurements Under Highly Dynamic Conditions”, Biotechnology and
Bioengineering, 81, 4, 448-458.
Yıldız Töre,G., Ubay Çokgör, E. veOrhon D., (2004), “ Kot Yıkama Atıksularının
Biyolojik Arıtılabilirliğin İncelenmesi”, 9. Endüstriyel Kirlenme Kontrolü
Sempozyumu, İstanbul,103-110.
Zeng,A. P., Byun,T. G., Posten,C., and Deckwer,W. D., (1994), “Use of
Respiratory Quotient as a Control Parameter for Optimum Oxygen Supplyand Scale
Up of 2,3-Butanediol Production Under Microaerobic Conditions”, Biotechnology
and Bioengineering,44, 9, 1107-1114.
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