E-Andrew Sindt Creative Component S11.pdf

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Figure 4.10- NOB maximum specific growth rater percent error plot for regular mode .................. 50Figure 4.11- Demonstration of layered method in modified Vesilind settler model ........................ 51Figure 4.12- Maximum Vesilind settling velocity sensitivity plot for regular mode .......................... 52Figure 4.13- Maximum Vesilind settling velocity percent error plot for regular mode ..................... 52Figure 4.14- Progression of regular mode calibration ....................................................................... 55Figure 4.15- BNR-S1 mode calibration progression ........................................................................... 58Figure 4.16- Effluent TSS calibration for BNR-S1 mode ..................................................................... 59Figure 4.17- Effluent NH 3 -N concentration calibration for BNR-S1 mode ......................................... 59Figure 4.18- Effluent TP concentration calibration for BNR-S1 mode ............................................... 60Figure 4.19- Flow distribution in single tank SBR............................................................................... 63Figure 4.20- Percent removal plot for BNR-S1 mode for anaerobic-oxic period length variations ... 66Figure 4.21- Percent removal plot for BNR-S1 mode for anoxic-oxic period length variations ........ 67Figure AI.1- Influent specifier input page for regular mode .............................................................. 75Figure AI.2- Influent specifier fraction estimate page for regular mode ........................................... 76Figure AI.3- Influent specifier COD fractions page for regular mode ................................................ 76Figure AI.4- Influent specifier input page for BNR-S1 mode .............................................................. 77Figure AI.5- Influent specifier fraction estimation page for BNR-S1 mode ....................................... 78Figure AI.6- Influent specifier COD fractions page for BNR-S1 mode ................................................ 78Figure AI.7- SBR specifications screen ............................................................................................... 79Figure AI.8- Influent itinerary for regular mode ................................................................................ 79Figure AI.9- SBR operation page for regular mode ............................................................................ 80Figure AI.10- D.O. set point itinerary for regular mode ..................................................................... 80Figure AI.11- Underflow itinerary for regular mode .......................................................................... 81Figure AI.12- Influent itinerary for BNR-S1 mode .............................................................................. 81Figure AI.13- SBR operation page for BNR-S1 .................................................................................... 826
Figure AI.14- D.O. set point itinerary for BNR-S1 mode .................................................................... 82Figure AI.15- Underflow itinerary for BNR-S1 mode ......................................................................... 83Figure AII.1- Regular mode calibration progression for combination 1 ............................................ 89Figure AII.2- Regular mode calibration progression for combination 2 ............................................ 90Figure AII.3- Regular mode calibration progression for combination 3 ............................................ 91Figure AII.4- Regular mode calibration progression for best run in Table AII.3 ................................ 92Figure AII.5- BNR-S1 mode calibration progression ........................................................................... 937
Page 1 and 2: Prediction of nutrient removal with
Page 3 and 4: Table of ContentsList of Figures ..
Page 5 and 6: 3.9 Effect of COD Fractions .......
Page 7: List of FiguresFigure 2.1- Biomass
Page 11 and 12: Table AI.1- Influent specifier inpu
Page 13 and 14: Chapter 1: Introduction1.1 Importan
Page 15 and 16: Chapter 2: Literature Review2.1 Nut
Page 17 and 18: has a very low cBOD concentration a
Page 19 and 20: dissolved oxygen (D.O.) at a suffic
Page 21 and 22: Denitrification using biomass decay
Page 23 and 24: Figure 2.7- Phoredox process (Rittm
Page 25 and 26: increased the mean volatile fatty a
Page 27 and 28: used model is the Activated Sludge
Page 29 and 30: conditions included a discrete fill
Page 31 and 32: 3.1 Wastewater Treatment Plant Desc
Page 33 and 34: BNR-S2 operated with 1.5 hours simu
Page 35 and 36: Effluent 7.2 35 7.8 3.5 0.8 0.8 1.9
Page 37 and 38: constant width of 12.6 m over this
Page 39: Table 3.5- Sensitivity Parameters f
Page 42 and 43: 3.6.2 Calibration of BNR-S1 ModeThe
Page 44 and 45: Chapter 4 Results and Discussion4.1
Page 46 and 47: include 24-hour composite samples t
Page 48 and 49: Perecent deviation (predicted - obs
Page 50 and 51: Percent deviation (predicted-observ
Page 52 and 53: Percent deviaton in value (model-ob
Page 54 and 55: Percent deviation in value (modelob
Page 56 and 57: 4.2.2.2 Aerobic P/PHA uptake and P/
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Calibrated simulator parameters for
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Sum absolute value of percent devia
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Absolute value of percent deviation
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Table 4.10- BNR-S2 colder (15.7 o C
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Table 4.13- Width adjustment effect
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Percent removala linear trend from
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Chapter 5: Conclusion5.1 SummaryBio
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Chapter 6: ReferencesAlleman, J.E.,
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Libra, R. D., Wolter, C. F., and La
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Appendix IBioWin Simulation Setup74
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Figure AI.2 - Influent specifier fr
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Figure AI.5 - Influent specifier fr
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Figure AI.9 - SBR operation page fo
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Figure AI.13 - SBR operation page f
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Appendix IISelected BioWin Simulati
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Table AII.1- Percent deviation from
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Table AII.2- Percent deviation from
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Sum absolute value of percent devia
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AOB and NOB maximum specific growth
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Appendix IIIMonthly Monitoring Repo
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DAYIrrig.1000'sGPDInfluentNH3-Nmg/L
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D RAIN- SETT. RECYCLE Irrig.1000' I
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D RAIN- SETT. RECYCLE Irrig.1000' I
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