13.07.2015 Views

Advanced Programme and Invitation to Register - IWA

Advanced Programme and Invitation to Register - IWA

Advanced Programme and Invitation to Register - IWA

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

08.30-09.0009.05-10.2009.05-09.2509.25-09.4509.45-10.05Wednesday, June 19HG F30: Adriano Joss, Switzerl<strong>and</strong>, Source control <strong>and</strong> source separationChair: Kai UdertHG F30: Eco<strong>to</strong>x: Ecosystem Effects 2 HG F1: Source ControlHG F3: Oxidation processes 2Chairs: Laura Sigg,Chairs: Kai Udert,Chairs: Guiseppe Mascolo,Biomarker studies in fish as <strong>to</strong>ols for health Separate treatment of hospital wastewater: <strong>Advanced</strong> oxidation processes: <strong>to</strong>xicity ofassessment of the Neckar river in the Mass balances, energy consumption <strong>and</strong> transformation products,Tübingen area,economic efficiency,Mestankova, Switzerl<strong>and</strong>, <strong>IWA</strong> 11582Vincze, Germany <strong>IWA</strong>-11737Mauer, Germany, <strong>IWA</strong>-11657Fungi <strong>and</strong> the aquatic environment:occurrence, benefits <strong>and</strong> hurdles,Olivera, Portugal, <strong>IWA</strong>-11621-Occurrence <strong>and</strong> distribution characteristicsof pharmaceuticals in fish farm <strong>and</strong> marineenvironment, Oh, Korea, <strong>IWA</strong>-11556Electrochemical oxidation of personal care<strong>and</strong> household products in the aerobicallytreated grey water,Butkovskyi, Netherl<strong>and</strong>s, <strong>IWA</strong>-11608Significance of aged care facilities as pointsources of micropollutants,Everding,Germany, <strong>IWA</strong>-1220610.05-10.20 Discussion10.20-10.50 Coffee break10.50-12.30HG F30: Biotransformation 2HG F1: Diffuse PollutionChairs: Kathrin Fenner,Chairs: Norihide Nakada; Chris<strong>to</strong>ph OrtFungal biodegradation of pharmaceuticals in Hydrogeological fac<strong>to</strong>rs affecting PPCPshospital effluents,<strong>and</strong> PFCs in aquifers: Why the10.50-11.10 Badia Fabregat, Spain, <strong>IWA</strong>-11629concentrations of groundwater in Tokyocould be higher than those of secondaryeffluent? Japan, Kuroda, <strong>IWA</strong>-1171011.10-11.3011.30-11.5011.50-12.10Occurrence <strong>and</strong> Removal of the Free <strong>and</strong>Conjugated Estrogens in Activated SludgeProcesses, Kumar, Japan, <strong>IWA</strong>-11601Biotransformation of Trace OrganicCompounds in an Open-Water Unit ProcessTreatment Wetl<strong>and</strong>,Jasper, USA <strong>IWA</strong>-11754Underst<strong>and</strong>ing the removal mechanisms ofPPCPs <strong>and</strong> influence of main technologicalparameters applied in anaerobic UASB <strong>and</strong>aerobic CAS reac<strong>to</strong>rs,Alvarino, Spain, <strong>IWA</strong>-11769Associations of potential alternative tracerswith fecal indica<strong>to</strong>r bacteria in tropical urbancatchments,Ekklesia, Singapore, <strong>IWA</strong>-11716Assessing cumulative water quality impactfrom onsite sewage systems using pharmaceuticals<strong>and</strong> personal care products,Australien, Hamil<strong>to</strong>n, <strong>IWA</strong>-11590Biocide emissions in<strong>to</strong> urban waters - acomparison between two suburbancatchments,Denmark, Bollmann, <strong>IWA</strong>-11644Reductive <strong>and</strong> oxidative treatment ofpharmaceuticals <strong>and</strong> diagnostic agents -kinetic studies <strong>and</strong> verification oftransformation productsPutschev, Germany, <strong>IWA</strong>-11757Electrochemical removal of disinfection byproducts,Radjenovic, Australia, <strong>IWA</strong>-11721HG F3: PAC processesChairs: Christian Abegglen,Comparison of two PAC/UF processes forthe removal of micropollutants from wastewatertreatment plant effluent: processperformance <strong>and</strong> removal efficiency,Löwenberg, Switzerl<strong>and</strong>, <strong>IWA</strong>-11637Low energy PAC-UF treatment formicropollutant removal from municipalwastewater,Corbaz, Switzerl<strong>and</strong>, <strong>IWA</strong>-11682Enhancing the Efficiency of PowderedActivated Carbon for Micro PollutantRemoval by Immobilization in a Fixed Bed,Ruhl, Germany, <strong>IWA</strong>-11688High rate PAC reac<strong>to</strong>r combined with OzoneOxidation for enhanced micro-pollutantsremoval from urban waste water;P. Sauvignet, France <strong>IWA</strong>-1178212.10-12.30 Discussion12.30-13.30 Lunch13.30-14.00HG F30: Michael Schärer, Switzerl<strong>and</strong>, Micropollutants in municipal wastewater – from science <strong>to</strong> policyChair: Maria Fürhacker14.05-15.40HG F30: Biotransformation 3HG F1: Regulation/ManagementHG F3: GAC processesChairs: Walter Giger,Chair: Maria Fürhacker,Chair: Benedek Plόsz,Cometabolic biodegradation model of Assessment of Treatment Moni<strong>to</strong>ring Evaluation of the role of adsorption <strong>and</strong>Pharmaceutical <strong>and</strong> Personal Care Products(PPCPs) in nitrifying activated sludge Managing Indirect Potable Reuse,biological activated carbon filtration,Strategies for Groundwater Replenishment: biodegradation of micropollutants during14.05-14.25Carballa, Spain, <strong>IWA</strong>-11564Charrois, Australia, <strong>IWA</strong> 11573Rattier, Australia, <strong>IWA</strong>-1218014.25-14.4514.45-15.0515.05-15.25Investigating physiological limitations <strong>to</strong>microbial growth <strong>and</strong> chemical substrateutilization at low concentrations,Helbling, Switzerl<strong>and</strong>, <strong>IWA</strong>-11749New insights in<strong>to</strong> the nitration of phenolicmicro-contaminants in nitrifying activatedsludge, Jewell, <strong>IWA</strong>-11602Enantioselective Degradation of the ChiralHerbicide Beflubutamid in Soil,Bürge, Switzerl<strong>and</strong>, <strong>IWA</strong>-11613Pharmaceuticals in the Aquatic Environment– From a Global Inven<strong>to</strong>ry of MeasuredEnvironmental Concentrations <strong>to</strong> Strategiesfor Action, Weber, Germany, <strong>IWA</strong> 11666Innovative chemical <strong>and</strong> biological <strong>to</strong>ols forthe evaluation of the efficiency of wastewateradvanced treatments <strong>and</strong> sludge treatments,Capdeville, France, <strong>IWA</strong>-11680Health Related Indica<strong>to</strong>r Value – TheGerman Approach <strong>to</strong> a first Assessment ofAnthropogenic Micropollutants,Eckhardt, Grummt, Germany, <strong>IWA</strong>-0235015.25-15.40 Discussion15.45-16.15 Closing remarks16.15 RefreshmentsBiological activated carbon process (BAC)for hazardous compound removal: modellingadsorption <strong>and</strong> bioregeneration,Lesage, France, <strong>IWA</strong>-11646Reduction of micropollutants using GranularActivated Carbon in an existing flocculationfilter on a municipal waste water treatmentplant in Düren, Germany,Benstöm, Germany, <strong>IWA</strong>-11640Adsorptive <strong>and</strong> oxidative elimination ofmicropollutants by the operation of "dynamicrecirculation" at Schwerte wastewater treatmentplant, Keysers, Germany, <strong>IWA</strong>-1172909.00-12.00Eawag, Dübendorf:Low energy building, experimentalhall, labora<strong>to</strong>riesThursday, June 20: Technical visits starting from Eawag Chriesbach Forum at 9 amWWTP Neugut, DübendorfFull-scale ozonation plant afterbiological treatmentWater work Zürich: Full-scaleplant <strong>and</strong> <strong>Advanced</strong> oxidationpilot scale plant12.00-13.00 S<strong>and</strong>wiches <strong>and</strong> Softdrinks at Eawag Chriesbach Forum13.00-16.00Eawag, Dübendorf:Low energy building, experimentalhall, labora<strong>to</strong>riesWWTP Neugut, DübendorfFull-scale ozonation plant afterbiological treatmentWater work Zürich: Full-scaleplant <strong>and</strong> <strong>Advanced</strong> oxidationpilot scale plantWWTP S<strong>to</strong>ckacher Aach,GermanyFull-scale PAC plant afterbiological treatment

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!