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Following is the table of contents for the 2009 Nutrient Removal Conference Proceedings CD offered for sale through WEF. Please contact WEF Customer Service online or by phone to place an order. Customer Service phone numbers are as follows:Toll-free: 1-800-666-0206Local: 1-703-684-2452 Session 1: Biological Phosphorus RemovalSession 2: Fixed Film/Hybrid Process Modeling & MechanicsSession 3: DenitrificationSession 4: Nitrogenous Greenhouse Gas EmissionsSession 5: Process Control Using On-Line Instrumentation and ModelingSession 6: Reliability of Nutrient Removal Processes and Defining the Limit of Technology ISession 7: Carbon Footprinting & Sustainable DesignSession 8: Process Control - Beyond Real TimeSession 9: Reliability of Nutrient Removal Processes and Defining the Limit of Technology IISession 10: Carbon Alternatives for DenitrificationSession 11: Optimizing Suspended Growth NitrificationSession 12: Sidestream Struvite RecoverySession 13: BNR and ENR Case StudiesSession 14: Chemical Phosphorus Removal to Ultra-Low LevelsSession 15: Regulatory Evolving InitiativesSession 16: Organic NitrogenSession 17: Fixed Film Versus Suspended Growth: Stick or SwimPosters Session 1: Biological Phosphorus Removal Enhanced Biological Phosphorus Removal by Glycerol FermentationQuiyan Yuan, Richard Sparling, Jan A. Oleszkiewicz, University of Manitoba The Effect of Sewer Network Conditions on the Quality of Plant Influent Waste Water and the Performance of the BNR ProcessAnna Mikola, Riku Vahala, Jyri Rautiainen, Helsinki University of Technology Internal vs. External (Alternative) Carbon Sources for Denitrification and EBPR Accomplished by a Full-Scale Process BiomassJ. Makinia, J. Drewnowski, Gdansk University of Technology; M. Swinarski, Saur Neptun Gdansk SA; K. Czerwionka, Gdansk University of Technology Montecarlo Analysis to Conduct Performance Assessment due to Influent and Return Load Variability in a EBPR Plant. A Case StudyEugenio Giraldo, Yanjin Liu, American Water; William Stewart, Camp Creek Water Reclamation Facility Decoupling and Optimization of Both P and N Removal in an Advanced IFAS-EBPR-MBR SystemNehreen Majed, Annalisa Onnis-Hayden, Northeastern University; Thomas Welander, Veolia Water Solutions; April Z. Gu, Northeastern University Biological Phosphorus Removal: Impact of the Aerobic Phase on Modeling Continuous-Flow SystemsDwight Houweling, EnviroSim Associates Ltd.; Yves Comeau, Ecole Polytechnique of Montreal; Imre Takacs, Peter Dold, EnviroSim Associates, Ltd. Session 2: Fixed Film/Hybrid Process Modeling & Mechanics Nitrification and AOB/NOB Populations in Integrated Fixed Film Activated Sludge: Measurements and ModelingHyun-su Kim, Ruoting Pei, Duke University; Joshua P. Boltz, CH2M HILL, Inc.; James Gellner, Hazen and Sawyer, P.C.; Claudia Gunsch, Duke University; Robert G. Freudenberg, Entex Technologies Inc.; Robert Dodson, South Durham Water Reclamation Facility; Andrew J. Schuler, University of New Mexico Evaluation of Nitrification Kinetics for a 2.0 MGD IFAS Process DemonstrationWesley A. Thomas, Virginia Tech; Charles B. Bott, Virginia Military Institute; Puskar Regmi, Gary Schafran, Old Dominion University; Jim McQuarrie, CH2M HILL; Bob Rutherford, Rick Baumler, David Waltrip, Hampton Roads Sanitation District (HRSD) Investigations of Nitrogen Removal Pathways in a Biological Packed Bed Reactor Using Elementary Mass BalancesAntonio Albuquerque, University of Beira Interior; Jacek Makinia, Gdansk University of Technology; Krishna Pagilla, Illinois Institute of Technology Kinetic/Half-Saturation Coefficient Considerations for Post Denitrification MBBRMarija Peric, Beverley Stinson, Dilli Neupane, Kathleen Kharkar, Yalda Mokhayeri, AECOM Water; John Carr, Rouben Der Minassian, Sudhir Murthy, Walter Bailey, DC WASA Denitrification Stoichiometry and Kinetics of Moving Bed Biofilm ReactorArbina Shrestha, Rumana Riffat, George Washington University; Charles Bott, Virginia Military Institute; Imre Takacs, EnviroSim Associates; Beverley Stinson, Marija Peric, Dilli Neupane, AECOM; Sudhir Murthy, DCWASA Full Scale Evaluation, Modeling, and Optimization of Nitrate Removal thorugh Continuously Backwashing Denitrification FilterScott Crosswell, Thor Young, Dan Tobocman, John Cannon, John Stulken, Stearns & Wheler, GHD; Dipankar Sen, Aquaregen; Curtis Ball, City of Aberdeen Expanded Process Model Describes Biomass Distribution, Free-Ammonia/Nitrous Acid Inhibition and Competition between Ammonia Oxidizing Bacteria (AOB) and Nitrite Oxidizing Bacteria (NOB) in Submerged Biofilm and Integrated Fixed Film Activated Sludge (IFAS)Joshua P. Boltz, Glen T. Daigger, Bruce R. Johnson, William Hiatt, CH2M HILL, Inc.; C.P. Leslie Grady, Jr., CH2M HILL, Inc. and Clemson University Pilot Study Confirms Design of IFAS System for Nitrogen Reduction in ConnecticutH. Rupp, Entex Technologies Inc.; G. Roy, CDM; B. Tautic, Town of Stafford WPCF; J. Buschy, University of Connecticut Session 3: Denitrification Stimulating Denitrification of Agricultural Drainage Using Elemental Sulfur: Denitrification Rates and Microbial Community StructureBrenda Read-Daily, Jennifer Tank, Robert Nerenberg, University of Notre Dame Phosphorus Requirements in a Post Denitrification MBBR at a Combined Limit of Technology Nitrogen and Phosphorus PlantMarija Peric, Dilli Neupane, Beverley Stinson, Edward Locke, AECOM Water; Salil Kharkar, Nicholas Passarelli, Martin Sultan, George Shih, Sudhir Murthy, Walter Bailey, John Carr, Rouben Der Minassian, DC WASA Denitrification Rates: Sampling, Modeling and Design ConsiderationsHeather M. Phillips, James L. Barnard, Chris deBarbadillo, Andrew R. Shaw, Mark T. Steichen, Cindy Wallis-Lage, Black & Veatch Corporation Investigation of the Nitrate Half Saturation Constant for Denitrification at the Blue Plains AWTPRekha Hareendran, Nazia Salam, Rumana Riffat, The George Washington University; Charles Bott, Virginia Military Institute; Imre Takacs, EnviroSim Associates, Ltd.; Sudhir Murthy, District of Columbia Water and Sewer Authority The Fine Line Between Thorough Mixing and Energy ConsumptionSonia M. Oton, Srinivas D. Gidugu, Janice R. Carroll, Paul D. Saurer, Hazen and Sawyer, P.C.; John Fillos, Krish Ramalingham, City College of New York; Salil M. Kharkar, Rouben Der Minassian, DC Water and Sewer Authority; Matthew S. Osit, Daniel A. Solimando, Allen Deur, NYC Department of Environmental Protection Ballasted Biological Treatment Process Removes Nutrients and Doubles Plant CapacityIan B. Catlow, Tighe & Bond, Inc.; Steven E. Woodard, Cambridge Water Technologies, Inc. You Said How Many Sludges!? Modeling a Multiple Sludge System for Enhanced Nutrient RemovalKevin Frank, AECOM Water; John Copp, Primodal, Inc.; Spencer Snowling, Hydromantis, Inc.; Nick Shirodkar, Washington Suburban Sanitary Commission Meeting the Low Total Nitrogen Discharge Limit Challenge using Advanced Biological Anoxic FilterAmit Kaldate, Hao Pham, Sudhakar Viswanathan, Degremont Technologies - Infilco (Suez Environnement); Ralph Butler, Westchester County Department of Public Works; Frederick M. Kincheloe, Savin Engineers, PC; Clair L. Watson, City of Richmond Session 4: Nitrogenous Greenhouse Gas Emissions Nitrous Oxide Emissions during Biological Nitrogen Removal from Wastewater. A ReviewEugenio Giraldo, American Water Design and Operation Optimization to Minimize the Production of Nitrous Oxide in Nitrification-Denitrification Activated Sludge SystemsWilliam C. Hiatt, C. P. Leslie Grady, Jr., CH2M HILL, Inc. Spatial and Temporal Variability in N₂O Generation and Emission from Wastewater Treatment FacilitiesJoon Ho Ahn, Sungpyo Kim, Hongkeun Park, Columbia University; Dimitrios Katehis, CH2M HILL; Krishna Pagilla, Illinois Institute of Technology; Kartik Chandran, Columbia University 21st Century Sustainability Metrics: Assessing the Environmental Impacts of Wastewater TreatmentKatya Bilyk, Joe Rohrbacher, Joyeeta Banerjee, Brian Henn, Sandeep Mehrotra, Paul Pitt, Hazen and Sawyer Session 5: Process Control Using On-Line Instrumentation and Modeling Comparative Study of On-line Instruments for Monitoring Low Nutrient ConcentrationsD. Neupane, M. Peric, B. Stinson, M. Laquidara, AECOM Water; S. Kharkar, N. Passarelli, S. Murthy, W. Bailey, R. Der Minassian, M. Sultan, District of Columbia Water and Sewer Authority Develop Control Strategy to Maximize Nitrogen Removal and Minimize Operation Cost in Wastewater Treatment by Online AnalyzerHelen X. Littleton, Jordan, James & Goulding; Glen T. Daigger, CH2M HILL; Sam Amad, WSSC; Peter Strom, Rutgers University Evaluation of Phosphorus Removal by WWTP Effluent Filtration: 1-STEP® Filter Versus Dual Media FiltrationS.M. Scherrenberg, Delft University of Technology; R. Neef, Waternet; H.W.H. Menkveld, Witteveen+Bos Consulting Engineers; J.H.J.M. van der Graaf, Delft University of Technology DO Control Based on On-line Ammonia MeasurementSteven Kestel, Gregory J. Duffy, Matthew Gray, Tilo Stahl, George Lee, BioChem Technology, Inc. Session 6: Reliability of Nutrient Removal Processes and Defining the Limit of Technology I WEF/WERF Cooperative Study of BNR Plants Approaching the Limit of Technology: I. What Can We Learn About the Technologies?Denny Parker, Brown and Caldwell; Charles Bott, HRSD; J.B. Neethling, HDR; Amit Pramanik, WERF; Sudhir Murthy, DCWASA Sustainability of Full-Scale Nutrient Removal TechnologiesS. Joh Kang, Kevin P. Olmstead, Krista M. Takacs, James Collins, Tetra Tech, Inc.; James Wheeler, Philip Zharaddine, U.S. EPA Probabilistic WWTP Design and Upgrade in a Water Quality-Based Regulation ContextLorenzo Benedetti, Ghent University; Peter A. Vanrolleghem, Ghent University and Universite Laval Centrate Ammonia Reduction with ARP®: Pilot Data with Synthetic and Actual WastewatersMorton Orentlicher, ThermoEnergy Corporation; Steven Brown, Christopher Hall, ThermoEnergy/CASTion Corporation Session 7: Carbon Footprinting & Sustainable Design Nitrogen Removal System Impacts on Secondary Treatment Greenhouse Gas Production and Whole Plant Carbon FootprintBruce R. Johnson, William C. Hall, CH2M HILL Sustainable Carbon Management at Treatment Facilities for Enhanced Nutrient Removal using a Life Cycle Assessment ApproachJoyeeta Banerjee, Brian Henn, Katya Bilyk, Joe Rohrbacher, Sandeep Mehrotra, Hazen and Sawyer, P.C. Calculating The Carbon Footprint of Biological Nutrient Removal (BNR) PlantsPaul Hunt, Chiu TzeYen, Brenda Franklin, Earth Tech Engineering Limited; Stephanie Vermande, Tom Wilson, AECOM Continuous Backwash Filters: An Attractive Technology for Phosphorus Removal and Recovery, and Nitrate ReductionPaul M. Sutton, Oliver Schraa, Cory Lancaster, Paul Togna, Remembrance Newcombe, P.M. Sutton & Associates, Inc. BOD and Total Nitrogen Removal from Wastewater Using Microbial Fuel CellsCaitlyn Shea, Robert Nerenberg, University of Notre Dame Session 8: Process Control - Beyond Real Time A Five Year Case Study of a Feed Forward Nitrogen Reduction Process Control SystemMatthew Gray, BioChem Technology, Inc.; Marvin Serra, Enfield WPCF; Tilo Stahl, Steve Kestel, BioChem Technology, Inc. Integration of Real Time Monitoring Technologies with Corrective Action Strategies to Detect, Monitor, and Mitigate Toxic Shock Events at Nutrient Removal Wastewater Treatment Plants Ameet J. Pinto, Virginia Tech and University of Michigan; Nancy Love, University of Michigan; Andy Fairey, Jake Earle, Patsy Washington, Patty Iler, Charleston Water System; Tracy Doane-Weidema, Robert Lagrange, Endress-Hauser Inc. Development and Use of Whole Plant Simulation Modeling as a Process Control Tool for Operating Enhanced Nutrient Removal FacilitiesThor Young, John V. Stullken, Stearns & Wheler GHD; Dipankar Sen, Aquaregen; Doug Abbott, Easton Utilities Commission Session 9: Reliability of Nutrient Removal Processes and Defining the Limit of Technology II What is the Limit of Technology (LOT)? A Rational and Quantitative ApproachJ.B. Neethling, HDR; David Stensel, University of Washington; Denny Parker, Brown and Caldwell; Charles Bott, HRSD; Sudhir Murthy, DCWASA; Amit Pramanik, WERF; Dave Clark, HDR Reaching the Limits of Combined N & P Removal in a Single Sludge SystemGerry Stevens, Rick Bitcon, AECOM WEF/WERF Cooperative Study of BNR Plants Approaching the Limit of Technology: II. Statistical Evaluation of Process ReliabilityCharles B. Bott, Hampton Roads Sanitation District; Denny Parker, Brown and Caldwell; J.B. Neethling, HDR; Amit Pramanik, WERF; Sudhir Murthy, DCWASA Session 10: Carbon Alternatives for Denitrification Evaluating the Cost and Process Performance of Carbon Alternatives to MethanolKatya Bilyk, Joseph Rohrbacher, Theresa Bruton, Paul Pitt, Ron Latimer, Hazen and Sawyer Making Waste Biosolids a Sustainable Organic Electron Donor for Denitrification Using Focused Pulsed TechnologyJared M. Alder, OpenCEL; Il-Su Lee, Prathap Parameswaran, Bruce E. Rittman, Arizona State University; Ronald Lopez, James E. Banaszak, City of Mesa Water Reclamation Department Full Scale Evaluation of an Alternate Carbon Source and Methanol for Low Level Denitrification at a Long Island Sound Water Pollution Control FacilityGary R. Johnson, Environmental Operating Solutions, Inc.; Marc Drainville, Stearns and Wheler GHD Ability of Specific Enriched Denitrifying Culture to Utilize Other Carbon SourcesCarla Cherchi, Annalisa Onnis-Hayden, April Z. Gu, Northeastern University A Comparison of Operating Issues and Dosing Requirements for Alternative Carbon Sources in Denitrification FiltersChristine deBarbadillo, Black & Veatch; Paul Miller, Severn Trent Water Purification; Sam Ledwell, Environmental Operating Solutions Full-Scale Denitrification Evaluations using Sugar Water, Glycerin, and Methanol in Denitrification Filters and Activated SludgeKatya Bilyk, Alan Stone, Ron Latimer, Paul Pitt, Hazen and Sawyer; TJ Lynch, City of Raleigh, NC; Tony Mencome, Durham County, NC Secondary Impacts of Supplemental Carbon Addition to BNR/ENR Treatment ProcessesRon Latimer, Paul Pitt, Andre van Niekerk, Theresa Bruton, Sarah Dailey, Hazen and Sawyer, P.C.; James Grandstaff, Henrico WRF; Kevin Selock, Parkway WWTP Session 11: Optimizing Suspended Growth Nitrification The Impact of Degree of Recycle on the Nitrifier Growth RateJose A. Jimenez, Henryk Melcer, Denny S. Parker, John R. Bratby, Brown and Caldwell Accurately Modeling the Effect of Dissolved Oxygen on NitrificationJohn Bratby, Denny Parker, Brown and Caldwell Comparison of Methods to Evaluate Nitrification Kinetics: WERF "High F/M" and "Low F/M" ProtocolsK. Mohammed-Jones, C. Bott, Virginia Military Institute; T. Kochaba, HDR Engineering, Inc. Evaluation of Nitrification Inhibitition Using Bench-Scale Rate MeasurementsPhill H. Yi, Virginia Tech; Charles B. Bott, Virginia Military Institute; Katya Bilyk, Paul Pitt, Alan Stone, Hazen and Sawyer; Bill Balzer, J. Dano, Hampton Roads Sanitation District Session 12: Sidestream Struvite Recovery Incorporation of an Intentional Struvite Precipitation Model into a Whole-Plant Process SimulatorWilliam Leaf, Bruce Johnson, CH2M HILL Implementation and Operating Data from the US's First Commerical Nutrient Recovery PlantAhren Britton, Ostara; Rob Baur, Clean Water Services; Ram Prasad, Old Dominion University Controlling Magnesium and Phosphorus to Reduce Struvite Precipitation in Plant Processes and Increase RevenuePeter Schauer, Black & Veatch; Rob Baur, Clean Water Services; James Barnard, Black & Veatch; Ahren Britton, Ostara A Sustainable BNR Solution Combines EBPR With Struvite Recovery to Reduce Cost and Energy and Increase ReliabilityJ.C. Kabouris, Carollo Engineers; M. Engelmann, J.A. Dulaney, Pinellas County Utilities; B. Narayanan, R.A. Gillette, A.C. Todd, Carollo Engineers Session 13: BNR and ENR Case Studies Achieving 3 mg/L Total Nitrogen in a Cold Climate Without Supplemental Carbon or FiltrationMarc R. Drainville, William P. Brink, Stearns & Wheler, GHD; Stephen J. Edwards, Town of Westport The Application of PAX Compounds for Microthrix Parvicella Foam Control in BNR SystemsHenryk Melcer, Brown and Caldwell; Wayne Robinson, Paul Jue, LOTT Alliance; Jon Yanasak, City of Yelm; Greg Land, Kemira Water Solutions, Inc. A 20 mgd BNR Pilot Program - A First Step to Comply with Florida 2008 Ocean Outfalls Elimination RuleAlonso Griborio, Robert Harris, Katya Bilyk, Paul Pitt, Patrick Davis, Hazen and Sawyer, P.C.; Ralph Aliseo, Alan Garcia, Jerry Baker, Terry Karda, Broward County Water and Wastewater Services Design and Start-up of North America's First Sidestream Nitrogen Removal PlantSimon Baker, Yoomin Lee, Doug Taniguchi, AECOM; Nicholas Szoke, Allan Zaleski, City of Winnipeg; Jan Oleszkiewicz, University of Manitoba Performance of Clarifiers in BNR Plants, Design and Optimization - Four Case StudiesAlonso Griborio, Paul Pitt, Hazen and Sawyer, P.C.; J. Alex McCorquodale, University of New Orleans Session 14: Chemical Phosphorus Removal to Ultra-Low Levels Pilot Testing of a High Efficiency Adsorbent System for Phosphorus Removal and Recovery to Meet Ultra-Low Phosphorus LimitsJ. Fitzpatrick, Black & Veatch Corporation; H. Aoki, Asahi Kasei Chemicals Corporation; C. deBarbadillo, Black & Veatch Corporation; A. Kubota, A. Omori, I. Midorikawa, T. Shimizu, Asahi Kasei Chemicals Corporation Phosphorus and Nitrogen Profile Measurements to Understand, to Locate and to Deal with Phosphorus Limitation in a Fixed Bed FilterS.M. Scherrenberg, Delft University of Technology; R. Neef, Waternet; H.W.H. Menkveld, Witteveen+Bos Consulting Engineers; J.H.J.M. van der Graaf, Delft University of Technology Low Phosphorus Analytical Measurement StudyLazaro Eleuterio, JB Neethling, HDR Engineering, Inc. Operational Impact of Phosphorus Removal Using Ferric Chloride on Anaerobic Digesters and DewateringYoomin Lee, Simon Baker, Li Wang, AECOM; Dwight Gibson, John Amos, Al Zaleski, City of Winnipeg Session 15: Regulatory Evolving Initiatives Evaluation of NRDC Secondary Treatment Rule Petition: End Running the TMDL ProcessJohn C. Hall, Phil Rosenman, Gary B. Cohen, Hall & Associates Thirty-six Years after the Clean Water Act - Time for a New Regulatory FrameworkWoodie Mark Muirhead, Brown and Caldwell; Rob Baur, Clean Water Services; Mary Darr, Orange Water and Sewer Authority; Greg Farmer, Littleton-Englewood Wastewater Treatment Plant; Jose Jimenez, Brown and Caldwell; Wayne Schultz, Derry Township Municipal Authority; Ron Taylor, Nashville Metro Water Services Session 16: Organic Nitrogen DON and CON in Seven BNR Wastewater Treatment Plants’ Processes and EffluentsChakkrid Sattyatewa, Illinois Institute of Technology; Natalie Dubanowitz, Manhattan College; Krisna Pagilla, Illinois Institute of Technology; Robert Sharp, Manhattan College; Paul Pitt, Chris White, Theresa Bruton, Hazen and Sawyer Biodegradability of Effluent Dissolved Organic Nitrogen: Impacts of Treatment Technology, Process Variables, and Other Effluent Water Quality ParametersRobert Sharp, Natalie Dubanowitz, Manhattan College; Chakkrid Sattayatewa, Krishna Pagilla, Illinois Institute of Technology; Sudhir Murthy, DC WASA; Paul Pitt, Hazen and Sawyer Transformations of Dissolved and Colloidal Organic Nitrogen in Biological Nutrient Removal Activated Sludge SystemsK. Czerwionka, J. Makinia, Gdansk University of Technology; K. R. Pagilla, Illinois Institute of Technology; J. Drewnowski, Gdansk University of Technology Impact of Membranes on Refractory Dissolved Organic NitrogenMinGu Kim, George Nakhla, University of Western Ontario Assessing the Bioavailability of Effluent Organic Nitrogen (EON) Using a Suite of Water Quality-Based AssaysDeborah A. Bronk, The College of William and Mary, Margaret R. Mulholland, Old Dominion University; Nancy G. Love, University of Michigan; Quinn Roberts, The College of William and Mary; Katherine C. Filippino, Old Dominion University; Elizabeth Canuel, The College of William and Mary Session 17: Fixed Film Versus Suspended Growth: Stick or Swim Optimization of Biological Nutrient Removal Processes at Long Creek and Crowders Creek WWTPsS. Scheringer, L. Cummings, D. Shellenbarger, City of Gastonia; C. deBarbadillo, M. Knosby, Black & Veatch Optimizing Nitrogen and Phosphorus Removal at the Broad Run Water Reclamation FacilityB. Canham, M. Rumke, T. Broderick, Loudoun Water; A. Fonseca, G. T. Daigger, N. Johnson, D. Lynch, CH2M HILL Achieving Limit-of-Technology Treatment for Total Nitrogen and Total Phosphorous Removal at the Alexandria Sanitation Authority AWTFMaureen O'Shaughnessy, Alexandria Sanitation Authority; Paula Sanjines, Glenn Daigger, CH2M HILL Full-Scale Design Challenges for the James River Treatment Plant IFAS Improvements Project: Using a Demonstration Scale Project to Optimize Final DesignJames McQuarrie, CH2M HILL; David Waltrip, Robert Rutherford, Hampton Roads Sanitation District; Wesley Thomas, Virginia Tech; Charles Bott, Virginia Military Institute; Rick Baumler, Hampton Roads Sanitation District; Dimitrios Katehis, CH2M HILL Design and Operating Considerations for a Post Denitrification MBBR to Achieve Limit of Technology Effluent NOx < 1 mg/l and effluent TP < 0.18 mg/lB. Stinson, M. Peric, D. Neupane, M. Laquidara, E. Locke, Metcalf & Eddy; S. Murthy, W. Bailey, S. Kharkar, N. Passarelli, R. Derminassian, J. Carr, M. Sultan, G. Shih, DC WASA; Expert Technical Advisory Panel: J. Barnard, Black & Veatch; G. Daigger, CH2M HILL; D. Parker, Brown & Caldwell; C. Randall, Virginia Tech; T. Wilson, AECOM Water A Hybrid Suspended Growth/RBC Nitrogen Removal Process at Wallingford, ConnecticutKenneth A. Bradstreet, AECOM; Terry Smith, Daniel Sullivan, Kim Maloney, Town of Wallingford, Connecticut Membrane Aerated Biofilms: Who is There, What are They Doing, and Why are They BeneficialLeon S. Downing, University of Notre Dame and Freese and Nichols, Inc.; Robert Nerenberg, University of Notre Dame Posters: Using Modeling to Optimize a Full-Scale WWTP for Energy Reduction and Increased BNRLluis Corominas, modelEAU and University of Girona; Joan Subiranas, Joaquim Comas, University of Girona; Peter A. Vanrolleghem, Leiv Rieger, modelEAU; Manel Poch, University of Girona Pilot Study Confirms Design of IFAS System for Nitrogen Reduction in ConnecticutH. Rupp, Entex Technologies Inc.; G. Roy, CDM; B. Tautic, Town of Stafford WPCF; J. Buschy, University of Connecticut*Paper Available in Session 2 DO Control Based on On-line Ammonia MeasurementSteven Kestel, Gregory J. Duffy, Matthew Gray, Tilo Stahl, George Lee, BioChem Technology, Inc.*Paper Available in Session 5 Centrate Ammonia Reduction with ARP®: Pilot Data with Synthetic and Actual WastewatersMorton Orentlicher, ThermoEnergy Corporation; Steven Brown, Christopher Hall, ThermoEnergy/CASTion Corporation*Paper Available in Session 6 Continuous Backwash Filters: An Attractive Technology for Phosphorus Removal and Recovery, and Nitrate ReductionPaul M. Sutton, Oliver Schraa, Cory Lancaster, Paul Togna, Remembrance Newcombe, P.M. Sutton & Associates, Inc.* Paper Available in Session 7 BOD and Total Nitrogen Removal from Wastewater Using Microbial Fuel CellsCaitlyn Shea, Robert Nerenberg, University of Notre Dame* Paper Available in Session 7 Evaluation of Nitrification Inhibitition Using Bench-Scale Rate MeasurementsPhill H. Yi, Virginia Tech; Charles B. Bott, Virginia Military Institute; Katya Bilyk, Paul Pitt, Alan Stone, Hazen and Sawyer; Bill Balzer, J. Dano, Hampton Roads Sanitation District* Paper Available in Session 11 Operational Impact of Phosphorus Removal Using Ferric Chloride on Anaerobic Digesters and DewateringYoomin Lee, Simon Baker, Li Wang, AECOM; Dwight Gibson, John Amos, Al Zaleski, City of Winnipeg*Paper Available in Session 14 Membrane Aerated Biofilms: Who is There, What are They Doing, and Why are They BeneficialLeon S. Downing, University of Notre Dame and Freese and Nichols, Inc.; Robert Nerenberg, University of Notre Dame*Paper Available in Session 17
Following is the table of contents for the 2009 Nutrient Removal Conference Proceedings CD offered for sale through WEF. Please contact WEF Customer Service online or by phone to place an order. Customer Service phone numbers are as follows:Toll-free: 1-800-666-0206Local: 1-703-684-2452 Session 1: Biological Phosphorus RemovalSession 2: Fixed Film/Hybrid Process Modeling & MechanicsSession 3: DenitrificationSession 4: Nitrogenous Greenhouse Gas EmissionsSession 5: Process Control Using On-Line Instrumentation and ModelingSession 6: Reliability of Nutrient Removal Processes and Defining the Limit of Technology ISession 7: Carbon Footprinting & Sustainable DesignSession 8: Process Control - Beyond Real TimeSession 9: Reliability of Nutrient Removal Processes and Defining the Limit of Technology IISession 10: Carbon Alternatives for DenitrificationSession 11: Optimizing Suspended Growth NitrificationSession 12: Sidestream Struvite RecoverySession 13: BNR and ENR Case StudiesSession 14: Chemical Phosphorus Removal to Ultra-Low LevelsSession 15: Regulatory Evolving InitiativesSession 16: Organic NitrogenSession 17: Fixed Film Versus Suspended Growth: Stick or SwimPosters
Enhanced Biological Phosphorus Removal by Glycerol FermentationQuiyan Yuan, Richard Sparling, Jan A. Oleszkiewicz, University of Manitoba
The Effect of Sewer Network Conditions on the Quality of Plant Influent Waste Water and the Performance of the BNR ProcessAnna Mikola, Riku Vahala, Jyri Rautiainen, Helsinki University of Technology
Internal vs. External (Alternative) Carbon Sources for Denitrification and EBPR Accomplished by a Full-Scale Process BiomassJ. Makinia, J. Drewnowski, Gdansk University of Technology; M. Swinarski, Saur Neptun Gdansk SA; K. Czerwionka, Gdansk University of Technology
Montecarlo Analysis to Conduct Performance Assessment due to Influent and Return Load Variability in a EBPR Plant. A Case StudyEugenio Giraldo, Yanjin Liu, American Water; William Stewart, Camp Creek Water Reclamation Facility
Decoupling and Optimization of Both P and N Removal in an Advanced IFAS-EBPR-MBR SystemNehreen Majed, Annalisa Onnis-Hayden, Northeastern University; Thomas Welander, Veolia Water Solutions; April Z. Gu, Northeastern University
Biological Phosphorus Removal: Impact of the Aerobic Phase on Modeling Continuous-Flow SystemsDwight Houweling, EnviroSim Associates Ltd.; Yves Comeau, Ecole Polytechnique of Montreal; Imre Takacs, Peter Dold, EnviroSim Associates, Ltd.
Nitrification and AOB/NOB Populations in Integrated Fixed Film Activated Sludge: Measurements and ModelingHyun-su Kim, Ruoting Pei, Duke University; Joshua P. Boltz, CH2M HILL, Inc.; James Gellner, Hazen and Sawyer, P.C.; Claudia Gunsch, Duke University; Robert G. Freudenberg, Entex Technologies Inc.; Robert Dodson, South Durham Water Reclamation Facility; Andrew J. Schuler, University of New Mexico
Evaluation of Nitrification Kinetics for a 2.0 MGD IFAS Process DemonstrationWesley A. Thomas, Virginia Tech; Charles B. Bott, Virginia Military Institute; Puskar Regmi, Gary Schafran, Old Dominion University; Jim McQuarrie, CH2M HILL; Bob Rutherford, Rick Baumler, David Waltrip, Hampton Roads Sanitation District (HRSD)
Investigations of Nitrogen Removal Pathways in a Biological Packed Bed Reactor Using Elementary Mass BalancesAntonio Albuquerque, University of Beira Interior; Jacek Makinia, Gdansk University of Technology; Krishna Pagilla, Illinois Institute of Technology
Kinetic/Half-Saturation Coefficient Considerations for Post Denitrification MBBRMarija Peric, Beverley Stinson, Dilli Neupane, Kathleen Kharkar, Yalda Mokhayeri, AECOM Water; John Carr, Rouben Der Minassian, Sudhir Murthy, Walter Bailey, DC WASA
Denitrification Stoichiometry and Kinetics of Moving Bed Biofilm ReactorArbina Shrestha, Rumana Riffat, George Washington University; Charles Bott, Virginia Military Institute; Imre Takacs, EnviroSim Associates; Beverley Stinson, Marija Peric, Dilli Neupane, AECOM; Sudhir Murthy, DCWASA
Full Scale Evaluation, Modeling, and Optimization of Nitrate Removal thorugh Continuously Backwashing Denitrification FilterScott Crosswell, Thor Young, Dan Tobocman, John Cannon, John Stulken, Stearns & Wheler, GHD; Dipankar Sen, Aquaregen; Curtis Ball, City of Aberdeen
Expanded Process Model Describes Biomass Distribution, Free-Ammonia/Nitrous Acid Inhibition and Competition between Ammonia Oxidizing Bacteria (AOB) and Nitrite Oxidizing Bacteria (NOB) in Submerged Biofilm and Integrated Fixed Film Activated Sludge (IFAS)Joshua P. Boltz, Glen T. Daigger, Bruce R. Johnson, William Hiatt, CH2M HILL, Inc.; C.P. Leslie Grady, Jr., CH2M HILL, Inc. and Clemson University
Pilot Study Confirms Design of IFAS System for Nitrogen Reduction in ConnecticutH. Rupp, Entex Technologies Inc.; G. Roy, CDM; B. Tautic, Town of Stafford WPCF; J. Buschy, University of Connecticut
Phosphorus Requirements in a Post Denitrification MBBR at a Combined Limit of Technology Nitrogen and Phosphorus PlantMarija Peric, Dilli Neupane, Beverley Stinson, Edward Locke, AECOM Water; Salil Kharkar, Nicholas Passarelli, Martin Sultan, George Shih, Sudhir Murthy, Walter Bailey, John Carr, Rouben Der Minassian, DC WASA
Denitrification Rates: Sampling, Modeling and Design ConsiderationsHeather M. Phillips, James L. Barnard, Chris deBarbadillo, Andrew R. Shaw, Mark T. Steichen, Cindy Wallis-Lage, Black & Veatch Corporation
Investigation of the Nitrate Half Saturation Constant for Denitrification at the Blue Plains AWTPRekha Hareendran, Nazia Salam, Rumana Riffat, The George Washington University; Charles Bott, Virginia Military Institute; Imre Takacs, EnviroSim Associates, Ltd.; Sudhir Murthy, District of Columbia Water and Sewer Authority
The Fine Line Between Thorough Mixing and Energy ConsumptionSonia M. Oton, Srinivas D. Gidugu, Janice R. Carroll, Paul D. Saurer, Hazen and Sawyer, P.C.; John Fillos, Krish Ramalingham, City College of New York; Salil M. Kharkar, Rouben Der Minassian, DC Water and Sewer Authority; Matthew S. Osit, Daniel A. Solimando, Allen Deur, NYC Department of Environmental Protection
Ballasted Biological Treatment Process Removes Nutrients and Doubles Plant CapacityIan B. Catlow, Tighe & Bond, Inc.; Steven E. Woodard, Cambridge Water Technologies, Inc.
You Said How Many Sludges!? Modeling a Multiple Sludge System for Enhanced Nutrient RemovalKevin Frank, AECOM Water; John Copp, Primodal, Inc.; Spencer Snowling, Hydromantis, Inc.; Nick Shirodkar, Washington Suburban Sanitary Commission
Meeting the Low Total Nitrogen Discharge Limit Challenge using Advanced Biological Anoxic FilterAmit Kaldate, Hao Pham, Sudhakar Viswanathan, Degremont Technologies - Infilco (Suez Environnement); Ralph Butler, Westchester County Department of Public Works; Frederick M. Kincheloe, Savin Engineers, PC; Clair L. Watson, City of Richmond
Design and Operation Optimization to Minimize the Production of Nitrous Oxide in Nitrification-Denitrification Activated Sludge SystemsWilliam C. Hiatt, C. P. Leslie Grady, Jr., CH2M HILL, Inc.
Spatial and Temporal Variability in N₂O Generation and Emission from Wastewater Treatment FacilitiesJoon Ho Ahn, Sungpyo Kim, Hongkeun Park, Columbia University; Dimitrios Katehis, CH2M HILL; Krishna Pagilla, Illinois Institute of Technology; Kartik Chandran, Columbia University
21st Century Sustainability Metrics: Assessing the Environmental Impacts of Wastewater TreatmentKatya Bilyk, Joe Rohrbacher, Joyeeta Banerjee, Brian Henn, Sandeep Mehrotra, Paul Pitt, Hazen and Sawyer
Develop Control Strategy to Maximize Nitrogen Removal and Minimize Operation Cost in Wastewater Treatment by Online AnalyzerHelen X. Littleton, Jordan, James & Goulding; Glen T. Daigger, CH2M HILL; Sam Amad, WSSC; Peter Strom, Rutgers University
Evaluation of Phosphorus Removal by WWTP Effluent Filtration: 1-STEP® Filter Versus Dual Media FiltrationS.M. Scherrenberg, Delft University of Technology; R. Neef, Waternet; H.W.H. Menkveld, Witteveen+Bos Consulting Engineers; J.H.J.M. van der Graaf, Delft University of Technology
DO Control Based on On-line Ammonia MeasurementSteven Kestel, Gregory J. Duffy, Matthew Gray, Tilo Stahl, George Lee, BioChem Technology, Inc.
Sustainability of Full-Scale Nutrient Removal TechnologiesS. Joh Kang, Kevin P. Olmstead, Krista M. Takacs, James Collins, Tetra Tech, Inc.; James Wheeler, Philip Zharaddine, U.S. EPA
Probabilistic WWTP Design and Upgrade in a Water Quality-Based Regulation ContextLorenzo Benedetti, Ghent University; Peter A. Vanrolleghem, Ghent University and Universite Laval
Centrate Ammonia Reduction with ARP®: Pilot Data with Synthetic and Actual WastewatersMorton Orentlicher, ThermoEnergy Corporation; Steven Brown, Christopher Hall, ThermoEnergy/CASTion Corporation
Sustainable Carbon Management at Treatment Facilities for Enhanced Nutrient Removal using a Life Cycle Assessment ApproachJoyeeta Banerjee, Brian Henn, Katya Bilyk, Joe Rohrbacher, Sandeep Mehrotra, Hazen and Sawyer, P.C.
Calculating The Carbon Footprint of Biological Nutrient Removal (BNR) PlantsPaul Hunt, Chiu TzeYen, Brenda Franklin, Earth Tech Engineering Limited; Stephanie Vermande, Tom Wilson, AECOM
Continuous Backwash Filters: An Attractive Technology for Phosphorus Removal and Recovery, and Nitrate ReductionPaul M. Sutton, Oliver Schraa, Cory Lancaster, Paul Togna, Remembrance Newcombe, P.M. Sutton & Associates, Inc.
BOD and Total Nitrogen Removal from Wastewater Using Microbial Fuel CellsCaitlyn Shea, Robert Nerenberg, University of Notre Dame
Integration of Real Time Monitoring Technologies with Corrective Action Strategies to Detect, Monitor, and Mitigate Toxic Shock Events at Nutrient Removal Wastewater Treatment Plants Ameet J. Pinto, Virginia Tech and University of Michigan; Nancy Love, University of Michigan; Andy Fairey, Jake Earle, Patsy Washington, Patty Iler, Charleston Water System; Tracy Doane-Weidema, Robert Lagrange, Endress-Hauser Inc.
Development and Use of Whole Plant Simulation Modeling as a Process Control Tool for Operating Enhanced Nutrient Removal FacilitiesThor Young, John V. Stullken, Stearns & Wheler GHD; Dipankar Sen, Aquaregen; Doug Abbott, Easton Utilities Commission
Reaching the Limits of Combined N & P Removal in a Single Sludge SystemGerry Stevens, Rick Bitcon, AECOM
WEF/WERF Cooperative Study of BNR Plants Approaching the Limit of Technology: II. Statistical Evaluation of Process ReliabilityCharles B. Bott, Hampton Roads Sanitation District; Denny Parker, Brown and Caldwell; J.B. Neethling, HDR; Amit Pramanik, WERF; Sudhir Murthy, DCWASA
Making Waste Biosolids a Sustainable Organic Electron Donor for Denitrification Using Focused Pulsed TechnologyJared M. Alder, OpenCEL; Il-Su Lee, Prathap Parameswaran, Bruce E. Rittman, Arizona State University; Ronald Lopez, James E. Banaszak, City of Mesa Water Reclamation Department
Full Scale Evaluation of an Alternate Carbon Source and Methanol for Low Level Denitrification at a Long Island Sound Water Pollution Control FacilityGary R. Johnson, Environmental Operating Solutions, Inc.; Marc Drainville, Stearns and Wheler GHD
Ability of Specific Enriched Denitrifying Culture to Utilize Other Carbon SourcesCarla Cherchi, Annalisa Onnis-Hayden, April Z. Gu, Northeastern University
A Comparison of Operating Issues and Dosing Requirements for Alternative Carbon Sources in Denitrification FiltersChristine deBarbadillo, Black & Veatch; Paul Miller, Severn Trent Water Purification; Sam Ledwell, Environmental Operating Solutions
Full-Scale Denitrification Evaluations using Sugar Water, Glycerin, and Methanol in Denitrification Filters and Activated SludgeKatya Bilyk, Alan Stone, Ron Latimer, Paul Pitt, Hazen and Sawyer; TJ Lynch, City of Raleigh, NC; Tony Mencome, Durham County, NC
Secondary Impacts of Supplemental Carbon Addition to BNR/ENR Treatment ProcessesRon Latimer, Paul Pitt, Andre van Niekerk, Theresa Bruton, Sarah Dailey, Hazen and Sawyer, P.C.; James Grandstaff, Henrico WRF; Kevin Selock, Parkway WWTP
Accurately Modeling the Effect of Dissolved Oxygen on NitrificationJohn Bratby, Denny Parker, Brown and Caldwell
Comparison of Methods to Evaluate Nitrification Kinetics: WERF "High F/M" and "Low F/M" ProtocolsK. Mohammed-Jones, C. Bott, Virginia Military Institute; T. Kochaba, HDR Engineering, Inc.
Evaluation of Nitrification Inhibitition Using Bench-Scale Rate MeasurementsPhill H. Yi, Virginia Tech; Charles B. Bott, Virginia Military Institute; Katya Bilyk, Paul Pitt, Alan Stone, Hazen and Sawyer; Bill Balzer, J. Dano, Hampton Roads Sanitation District
Incorporation of an Intentional Struvite Precipitation Model into a Whole-Plant Process SimulatorWilliam Leaf, Bruce Johnson, CH2M HILL
Implementation and Operating Data from the US's First Commerical Nutrient Recovery PlantAhren Britton, Ostara; Rob Baur, Clean Water Services; Ram Prasad, Old Dominion University
Controlling Magnesium and Phosphorus to Reduce Struvite Precipitation in Plant Processes and Increase RevenuePeter Schauer, Black & Veatch; Rob Baur, Clean Water Services; James Barnard, Black & Veatch; Ahren Britton, Ostara
A Sustainable BNR Solution Combines EBPR With Struvite Recovery to Reduce Cost and Energy and Increase ReliabilityJ.C. Kabouris, Carollo Engineers; M. Engelmann, J.A. Dulaney, Pinellas County Utilities; B. Narayanan, R.A. Gillette, A.C. Todd, Carollo Engineers
The Application of PAX Compounds for Microthrix Parvicella Foam Control in BNR SystemsHenryk Melcer, Brown and Caldwell; Wayne Robinson, Paul Jue, LOTT Alliance; Jon Yanasak, City of Yelm; Greg Land, Kemira Water Solutions, Inc.
A 20 mgd BNR Pilot Program - A First Step to Comply with Florida 2008 Ocean Outfalls Elimination RuleAlonso Griborio, Robert Harris, Katya Bilyk, Paul Pitt, Patrick Davis, Hazen and Sawyer, P.C.; Ralph Aliseo, Alan Garcia, Jerry Baker, Terry Karda, Broward County Water and Wastewater Services
Design and Start-up of North America's First Sidestream Nitrogen Removal PlantSimon Baker, Yoomin Lee, Doug Taniguchi, AECOM; Nicholas Szoke, Allan Zaleski, City of Winnipeg; Jan Oleszkiewicz, University of Manitoba
Performance of Clarifiers in BNR Plants, Design and Optimization - Four Case StudiesAlonso Griborio, Paul Pitt, Hazen and Sawyer, P.C.; J. Alex McCorquodale, University of New Orleans
Phosphorus and Nitrogen Profile Measurements to Understand, to Locate and to Deal with Phosphorus Limitation in a Fixed Bed FilterS.M. Scherrenberg, Delft University of Technology; R. Neef, Waternet; H.W.H. Menkveld, Witteveen+Bos Consulting Engineers; J.H.J.M. van der Graaf, Delft University of Technology
Low Phosphorus Analytical Measurement StudyLazaro Eleuterio, JB Neethling, HDR Engineering, Inc.
Operational Impact of Phosphorus Removal Using Ferric Chloride on Anaerobic Digesters and DewateringYoomin Lee, Simon Baker, Li Wang, AECOM; Dwight Gibson, John Amos, Al Zaleski, City of Winnipeg
Thirty-six Years after the Clean Water Act - Time for a New Regulatory FrameworkWoodie Mark Muirhead, Brown and Caldwell; Rob Baur, Clean Water Services; Mary Darr, Orange Water and Sewer Authority; Greg Farmer, Littleton-Englewood Wastewater Treatment Plant; Jose Jimenez, Brown and Caldwell; Wayne Schultz, Derry Township Municipal Authority; Ron Taylor, Nashville Metro Water Services
Biodegradability of Effluent Dissolved Organic Nitrogen: Impacts of Treatment Technology, Process Variables, and Other Effluent Water Quality ParametersRobert Sharp, Natalie Dubanowitz, Manhattan College; Chakkrid Sattayatewa, Krishna Pagilla, Illinois Institute of Technology; Sudhir Murthy, DC WASA; Paul Pitt, Hazen and Sawyer
Transformations of Dissolved and Colloidal Organic Nitrogen in Biological Nutrient Removal Activated Sludge SystemsK. Czerwionka, J. Makinia, Gdansk University of Technology; K. R. Pagilla, Illinois Institute of Technology; J. Drewnowski, Gdansk University of Technology
Impact of Membranes on Refractory Dissolved Organic NitrogenMinGu Kim, George Nakhla, University of Western Ontario
Assessing the Bioavailability of Effluent Organic Nitrogen (EON) Using a Suite of Water Quality-Based AssaysDeborah A. Bronk, The College of William and Mary, Margaret R. Mulholland, Old Dominion University; Nancy G. Love, University of Michigan; Quinn Roberts, The College of William and Mary; Katherine C. Filippino, Old Dominion University; Elizabeth Canuel, The College of William and Mary
Optimizing Nitrogen and Phosphorus Removal at the Broad Run Water Reclamation FacilityB. Canham, M. Rumke, T. Broderick, Loudoun Water; A. Fonseca, G. T. Daigger, N. Johnson, D. Lynch, CH2M HILL
Achieving Limit-of-Technology Treatment for Total Nitrogen and Total Phosphorous Removal at the Alexandria Sanitation Authority AWTFMaureen O'Shaughnessy, Alexandria Sanitation Authority; Paula Sanjines, Glenn Daigger, CH2M HILL
Full-Scale Design Challenges for the James River Treatment Plant IFAS Improvements Project: Using a Demonstration Scale Project to Optimize Final DesignJames McQuarrie, CH2M HILL; David Waltrip, Robert Rutherford, Hampton Roads Sanitation District; Wesley Thomas, Virginia Tech; Charles Bott, Virginia Military Institute; Rick Baumler, Hampton Roads Sanitation District; Dimitrios Katehis, CH2M HILL
Design and Operating Considerations for a Post Denitrification MBBR to Achieve Limit of Technology Effluent NOx < 1 mg/l and effluent TP < 0.18 mg/lB. Stinson, M. Peric, D. Neupane, M. Laquidara, E. Locke, Metcalf & Eddy; S. Murthy, W. Bailey, S. Kharkar, N. Passarelli, R. Derminassian, J. Carr, M. Sultan, G. Shih, DC WASA; Expert Technical Advisory Panel: J. Barnard, Black & Veatch; G. Daigger, CH2M HILL; D. Parker, Brown & Caldwell; C. Randall, Virginia Tech; T. Wilson, AECOM Water
A Hybrid Suspended Growth/RBC Nitrogen Removal Process at Wallingford, ConnecticutKenneth A. Bradstreet, AECOM; Terry Smith, Daniel Sullivan, Kim Maloney, Town of Wallingford, Connecticut
Membrane Aerated Biofilms: Who is There, What are They Doing, and Why are They BeneficialLeon S. Downing, University of Notre Dame and Freese and Nichols, Inc.; Robert Nerenberg, University of Notre Dame
Using Modeling to Optimize a Full-Scale WWTP for Energy Reduction and Increased BNRLluis Corominas, modelEAU and University of Girona; Joan Subiranas, Joaquim Comas, University of Girona; Peter A. Vanrolleghem, Leiv Rieger, modelEAU; Manel Poch, University of Girona
Pilot Study Confirms Design of IFAS System for Nitrogen Reduction in ConnecticutH. Rupp, Entex Technologies Inc.; G. Roy, CDM; B. Tautic, Town of Stafford WPCF; J. Buschy, University of Connecticut*Paper Available in Session 2
DO Control Based on On-line Ammonia MeasurementSteven Kestel, Gregory J. Duffy, Matthew Gray, Tilo Stahl, George Lee, BioChem Technology, Inc.*Paper Available in Session 5
Centrate Ammonia Reduction with ARP®: Pilot Data with Synthetic and Actual WastewatersMorton Orentlicher, ThermoEnergy Corporation; Steven Brown, Christopher Hall, ThermoEnergy/CASTion Corporation*Paper Available in Session 6
Continuous Backwash Filters: An Attractive Technology for Phosphorus Removal and Recovery, and Nitrate ReductionPaul M. Sutton, Oliver Schraa, Cory Lancaster, Paul Togna, Remembrance Newcombe, P.M. Sutton & Associates, Inc.* Paper Available in Session 7
BOD and Total Nitrogen Removal from Wastewater Using Microbial Fuel CellsCaitlyn Shea, Robert Nerenberg, University of Notre Dame* Paper Available in Session 7
Evaluation of Nitrification Inhibitition Using Bench-Scale Rate MeasurementsPhill H. Yi, Virginia Tech; Charles B. Bott, Virginia Military Institute; Katya Bilyk, Paul Pitt, Alan Stone, Hazen and Sawyer; Bill Balzer, J. Dano, Hampton Roads Sanitation District* Paper Available in Session 11
Operational Impact of Phosphorus Removal Using Ferric Chloride on Anaerobic Digesters and DewateringYoomin Lee, Simon Baker, Li Wang, AECOM; Dwight Gibson, John Amos, Al Zaleski, City of Winnipeg*Paper Available in Session 14
Membrane Aerated Biofilms: Who is There, What are They Doing, and Why are They BeneficialLeon S. Downing, University of Notre Dame and Freese and Nichols, Inc.; Robert Nerenberg, University of Notre Dame*Paper Available in Session 17