Combining submerged membrane technology with anaerobic and ...

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6.6. References 169Chapter 7: Membrane fouling in an AnMBR treating industrial wastewater athigh total solids concentration 1737.1. Introduction 1747.2. Objectives 1767.3. Materials and methods 1767.3.1. Experimental setup 1767.3.2. Synthetic wastewater 1777.3.3. Powder activated carbon 1777.3.4. Analytical methods 1787.3.5. Batch and fed-batch experiments 1797.4. Results and discussion 1797.4.1. System performance 1797.4.2. Fed-batch experiments to study the optimum PAC dosage in theAnMBR 1827.4.3. Membrane performance and influence of PAC addition in theAnMBR 1867.5. Conclusions 1917.6. References 191Conclusiones 197Conclusións 201Conclusions 205List of symbols 209List of publications 213
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Chapter 1(2010), who operated with
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Chapter 1fluxes typically reported,
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Chapter 1into the UASB with a ratio
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Chapter 1Brepols, C. 2011. Operatin
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Chapter 1Kimura, K., Yamato, N., Ya
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Chapter 1Skouteris, G., Hermosilla,
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Chapter 2Material and methodsSummar
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Materials and methodsb) Sulphuric a
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C (mg·L -1 )Materials and methodsc
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N-NH 4+ (mg·L-1 )Materials and met
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Materials and methodsInterferencesC
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Materials and methods2.1.3. Phospho
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Materials and methods2.1.4. Other c
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Materials and methodsoperation beca
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Materials and methodseq. 2.7where:P
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Materials and methods2.4.4. Extrace
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Protein (mg·L -1 )Materials and me
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Materials and methodsIntensive Chem
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Chapter 3Tertiary membrane filtrati
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Tertiary membrane filtration of ind
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OLR (kgCOD·m -3·d -1 )Tertiary me
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Permeate COD (mg·L -1 )SBR effluen
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MLVSS (g·L -1 )MLVSS (g·L -1 )Ter
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Permeability (L·m -2·h -1·bar -1
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Chapter 4Combining UASB and MBR for
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Combining UASB and MBR for the trea
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Flux (L·m -2·h -1 )Permeability (
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TMP (kPa)Combining UASB and MBR for
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Chapter 5Impact of methanogenic pre
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Impact of a methanogenic pre-treatm
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colloidal BPC (mg·L -1 )Impact of
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Chapter 66.1. IntroductionAnaerobic
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Chapter 6Membrane bioreactors (MBR)
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Chapter 6Table 6.1. Main operationa
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Chapter 6mL of suspended biomass (2
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Chapter 6where subindex i correspon
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Chapter 6Figure 6.2. Evolution of (
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Chapter 6concentration promoted the
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mgN·gMLVSSmgCH4·gMLVSSmgO2·gMLVS
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N-NO 3-(mg·L -1 )N-NO 3-(mg·L -1
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Chapter 6Hatamoto, M., Yamamoto, H.
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Chapter 6Wu, Ming L. 2012. Cell bio
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Chapter 77.1. IntroductionSubmerged
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Chapter 7GAC did not adsorb VFA, wh
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Chapter 7Table 7.1. Characteristics
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Chapter 7organic acids (OA) concent
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g DOC adsorbed / g PACChapter 77.4.
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R col (m -1 )Chapter 7Filterability
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Chapter 7In this study it was obser
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Chapter 7cBPC concentrations. Regar
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Chapter 7measured permeability of t
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Chapter 7Bousbia, N., Vian, M.A., F
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Chapter 7Rosenberger, S., Krüger,
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ConclusionesLas principales conclus
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Conclusionestratamiento de estas ag
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ConclusiónsAs principais conclusi
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Conclusiónseliminacións teóricas
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ConclusionsThe main conclusions of
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Conclusionsshould be developed in o
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List of symbols1. AcronymsAnMBRANME
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List of symbolsSBRSMPSequencing Bat
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List of publications1. Pending pate
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List of publicationsmeeting on Envi
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