10th International Conference on Biofilm Reactors

10th International Conference on Biofilm Reactors

Conference Programme 9th – 12th May 2017, University College Dublin, Ireland

MABR WASTEWATER TREATMENT Easier compliance with nitrogen requirements Competitive life cycle cost Reliable nutrient removal in decentralized plants Low energy consumption for aeration Less odors and foaming than aerated processes

www.emefcy.com

info@emefcy.com


Contents Message from the Conference Chair.................................................. 02 Conference Organising Committee.................................................... 03 Keynote Speakers.................................................................................... 05 Sponsors & Exhibition............................................................................. 09 General Information................................................................................. 10 Social Events............................................................................................ 15 Detailed Conference Programme........................................................ 16 Posters....................................................................................................... 34

www.biofilms2017.org

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Welcome from the Conference Chair Dear Delegates, On behalf of the organising committee it is my great pleasure welcome you to the 10th International Conference on Biofilm Reactors. Biofilm processes are central to an increasing number of biological treatment technologies. The past few decades has seen major leaps in the performance and variety of biofilm reactor technology. New biofilm processes have been successfully deployed and in this conference we will learn about these developments along with the latest thinking on emerging technologies, methodologies and biofilm fundamentals. The 2017 conference follows the format of previous IWA Biofilm Reactor conferences where the programme is designed to blend leading-edge academic research with high quality industrial case study presentations. This format allows for the beneficial exchange of ideas between practitioners and academic researchers. It will thus allow attendees to stay competitive and relevant in their professions, to discover the latest innovations, to explore collaborative opportunities and most importantly to network and make valuable connections.

The programme includes a pre-conference workshop, technical sessions, including six keynote speakers, a dedicated poster session, social events and a technical tour on the last day. We strongly encourage you to interact with delegates and participate in all the activities. The local organisers are committed to ensuring that this conference will meet the excellent standards of previous conferences in the series. Finally, I would like to thank all those who have made this conference happen including the organising and scientific committees, the IWA and our sponsors for financial support. We sincerely thank you for joining us and really hope you have a wonderful time at the conference and enjoy your stay in Dublin.

Eoin Casey Conference Chair 2



10th International Conference on Biofilm Reactors Organising Committee Conference Committee The chair of the organising committee is Eoin Casey. Key biographical details: Professor and Head of School, UCD School of Chemical & Bioprocess Engineering Founder of the UCD Biofilm Engineering Laboratory, (http://biofilmlab.ucd.ie)

Scientific/Programme Committee Eberhard Morgenroth ETH Zürich/Eawag, Switzerland Barth Smets Danish Technical University, Denmark Bruce Rittmann Arizona State University, USA Doris Brockmann INRA Narbonne, France

Co-founder of OxyMem Ltd (http://www.oxymem.com)

Eveline Volcke Ghent University, Belgium

Local Organising Committee Eoin Casey, UCD, Ireland Eoin Syron, UCD, Ireland Charlotte Picard, Irish Water Eoghan Clifford, NUI Galway Daniela Boehm, Dublin Institute of Technology

Rongchang Wang Tongji University, China Kim Sorensen Wabag, Switzerland Mark van Loosdrecht TU Delft, Netherlands Robert Nerenberg University of Notre Dame, USA Romain Lemaire Veolia, France


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Satoshi Okabe Hokkaido University, Japan

Andreas Giesen, Royal HaskoningDHV, Netherlands

Stefan Wuertz University of California, Davis, USA/ Nanyang Technological University, Singapore

Mike Dempsey, Manchester Metropolitan University, UK Susanne Lackner, Technische Universität Darmstadt, Germany

Josh Boltz CH2M HILL, USA

TorOve Leiknes, KAUST, Saudi Arabia

Eoin Casey UCD, Ireland

Akihiko Terada, Tokyo University of Agriculture and Technology, Japan

Eoin Syron UCD, Ireland Vincent O’Flaherty, National University of Ireland, Galway, Ireland

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Kelly Martin, Black & Veatch



Keynote Speakers

Prof. Jurg Keller Deputy Director of the Advanced Water Management Centre Faculty of Engineering, Architecture and Information Technology The University of Queensland Prof Jurg Keller is the Chief Research Officer of the CRC for Water Sensitive Cities, a large industry-research collaboration supported by the Australian Government and over 80 participants. He is also the Deputy Director Research of the Advanced Water Management Centre at the University of Queensland, an internationally leading research centre he founded 20 years ago. He is one of the inaugural IWA Fellows and was 2012 elected as Fellow in the Australian Academy of Technological Sciences and Engineering.

He is also the 2013 Water Professional of the Year, awarded by the Australian Water Association.He has over 25 years experience in water industry research, particularly in biological wastewater treatment, environmental biotechnology, bioelectrochemical systems and resource recovery concepts. His academic impact has been remarkable with over 250 journal publications, attracting over 16,000 citations to date. Equally important, he has been highly successful in combining leading edge research and development activities with effective industry-relevant collaborations. His close working partnerships with many major water utilities in Australia and internationally (including PUB) have resulted in many beneficial outcomes for the industry and the researchers involved.


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Keynote Speakers

Prof Susanne Lackner

Prof Robert Nerenberg

Professor at the Technische Universität Darmstadt, Chair of Wastewater Engineering, Institute IWAR Susanne has long-term experience with biofilm research, eps biofilm reactors for nitrogen removal. She has worked extensively with MABRs and MBBRs for partial nitritation and anammox; her reactor work also includes granular systems (anammox and aerobic granules). Aside from her work around reactor operation and optimization, Susanne’s research has also focused on the basic understanding of microorganisms and their interactions in biofilms by using advanced molecular tools, biofilm imaging and mathematical modeling.

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Associate Professor Department of Civil & Environmental Engineering & Earth Sciences The University of Notre Dame Rob obtained his B.S. in Civil Engineering from the University of Buenos Aires, Argentina, in 1990. He worked as an environmental engineering consultant for eight years, and obtained his Ph.D. from Northwestern University in 2003. After a brief postdoctoral position at Northwestern University, he joined the department of Civil Engineering and Geological Sciences at the University of Notre Dame in 2004. In 2010, he received the National Science Foundation CAREER award for his research on biofilm processes. In 2012, he was the recipient of the Paul Busch award from the Water Environment Research Foundation.



Rene Rozendal

Kim Sørensen

CTO at Paques

CTO at VA TECH WABAG Ltd.

Rene is currently CTO at Paques, Netherlands, Leaders in Biological Wastewater and Gas treatment. Rene has spent his career involved in Research and Process development with a special emphasis on environmental biotechnology.

Kim is well known as one of the world’s leading Biofilm experts in Full Scale plant. In his previous role as an Expert with Veolia, Kim worked with Biofilm based technologies such as Biostyr, (Submerged Aerated Filter), MBBR, and Media attached Anamox. Currently with WABAG Group his work with Bifoilm Technologies continues and has expanded to include Aerobic Granules. His work also includes other wastewater treatment processes and waste water modelling.


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Keynote Speakers

Prof Eveline Volcke Professor in Biosystems Control at Ghent University. Eveline graduated as a Chemical Engineer (1999) and obtained a PhD in Environmental Technology (2006) from Ghent University. In 2007, she took up a EU Marie Curie fellowship at the Laboratory of Environmental Biotechnology, INRA, France. Her research is focused on efficient and sustainable process design and control,

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applying a combination of physical-based modelling and experimental techniques. Particular examples concern innovative biological nitrogen removal processes, greenhouse gas emissions from wastewater treatment processes and granular sludge reactors. Eveline is a Fellow of the International Water Association (IWA).



Sponsors

Exhibition UCD Sutherland School of Law, Ground Floor Foyer Tuesday, 9th of May

11:00 – 20:00

Wednesday, 10th of May

08:00 – 18:30

Thursday, 11 of May

08:30 – 14:00


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General Information Venue The Biofilms 2017 Conference will take place at UCD (University College Dublin) Sutherland School of Law from the 9th -12th May 2017. University College Dublin, Stillorgan Road, Belfield, Dublin 4.

Please be advised that fares must be paid in exact coins as bus drivers cannot accept notes or issue change. Taxi There are a number of taxi services available in the city centre. MyTaxi servies are available throughout the city. To use it, download MyTaxi app.

Tel: +353 1 716 7777

Getting to and from the conference venue The conference venue, UCD Campus is located a short distance south of the city centre off the N11. Coach Aircoach operates a service from Dublin Airport to Leopardstown / Sandyford / Stillorgan which passes UCD. Route 700. The Aircoach service operates a regular service from Dublin Airport to Dublin city centre and return. Full timetable details can be found on www.aircoach.ie Bus Bus numbers 17, 39A, 46A and 145 can be boarded for UCD.

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The route 145 provides a direct route from Heuston Station to Belfield, UCD, via the city centre. Full timetable details can be found on www.dublinbus.ie

Registration and Information Desk All attendees must be registered and are required to wear their official conference badge at all times. Conference Dinner tickets and Tour tickets will be given at the same time as the conference badge. Care should be taken with these tickets as replacements cannot be issued. Registration for Workshop and the Main Conference will take place in the UCD Sutherland School of Law



The Registration Desk will be open at the following times: Workshop Registration Tuesday 9th May

08:30 - 09:00

Main Conference Registration Tuesday 9th May Wednesday 10th May Thursday 11th May

11:00 - 18:00 08:00 - 18:00 08:30 - 17:00

Breaks during BIOFILM 2017 Tea/coffee and lunch will be served each day and is complimentary for all conference participants wearing Conference badges. Lunch vouchers are included in your name badge. Tea & Coffee Breaks as well as Lunch Breaks will take place on the Ground Floor in the Exhibition Area.

Conference Badges and Security Conference badges should be worn at all times. Access to all sessions, tea/coffee breaks, lunch and the Welcome Reception will only be granted to delegates wearing their badges.

Proceedings A copy of the conference proceedings can be found on the USB key in the Delegate Pack.

Information for Speakers All speakers are asked to bring their presentation on memory stick, presentation laptops will be provided. No personal laptops are allowed at the podium for presentations. Please load and quickly test all presentations during coffee/lunch breaks and before sessions begin – this is to ensure that if there are any difficulties, there is time for the AV technicians to rectify the issues before sessions begin. Should you have any difficulties in the meeting rooms, please report this to the volunteer managing your room who in turn will contact an AV technician who will be available to assist you. In order to ensure the smooth running of sessions, speakers are asked to ensure that they adhere to their timings. Each chairperson will monitor your presentation timekeeping and notify of your remaining time. Should you run over your allotted time, you will be asked to move immediately to your final slide out of courtesy to the next speaker.


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General Information All speakers must be in their session room at least 10 minutes before the start of session and identify yourself to the session chairperson. Posters Posters will be displayed in on Level 1 and Level 2 from May 9th to 11th. Further details on poster sessions can be found on page 34. Two dedicated poster sessions will take place on Tuesday (9th) and Wednesday (10th) afternoon. Poster presenters will be notified of their assigned poster session and board at registration. Posters should be mounted by lunchtime of the day of their allocated session and removed by lunchtime of the following day. Presenters are requested to be available for questions at their poster during their respective session.

Doctor and Pharmacy There are a number of pharmacies located in the vicinity of UCD. Procare Pharmacy is located on the UCD campus, and is open at the following times. Mon - Friday Sat Sunday

08:30 - 18:00 09:30 - 14:00 Closed

Emergency Contact Details During the meeting, in case of an emergency of any kind, please contact the Registration Desk. If you require medical services while resident in your hotel/accommodation, please contact your hotel/accommodation reception who will be able to arrange a doctor on call.

Poster prizes Prizes will be awarded to the 3 best poster presentations and announced at the closing of the conference on Thursday 11th of May.

The Fire/Ambulance and Emergency Number in Ireland is 999 or 112.

Exhibition Exhibition will take place in The Foyer. Further details can be found on page 9

Climate Mild and temperate (showers can occur any time of the year). May temperatures can range from lows of 7˚c to highs of 15˚c.

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Convenience Store Molloys Centra, convenience store, is located on campus, 400m/5 minutes walk from the Sutherland School of Law building. It sells a selection of groceries, drinks, hot and cold deli foods, confectionary, tobacco, magazines and newspapers. Opening Hours: Mon - Sat Sunday

07:00 - 22:00 09:00 - 22:00

should the unforeseen circumstances require it. The organisers accept no responsibility for resulting costs or inconvenience to participants in this case. The organisers of Biofilms 2017 accept no liability for participant personal injuries or loss/damage to property while in attendance or as a result of the workshop or social events. Participants are requested to have their own travel insurance in place and are responsible for all travel arrangements including visa applications, if required.

Electricity

Lost and Found

Electric Current: 240 Volts AV

Lost property should be brought to the Registration Desk.

Plug type: 3 large flat prong British type plug. BS1363 system.

Shopping Facilities The venue is fully accessible for delegates – If you have any particular requirements, please advise any of the staff who will be able to make appropriate arrangements should they be required.

General opening hours are Monday – Saturday from 09:00 to 18:00 with later opening hours on Thursday evenings. Most major stores/shops open on Sunday – some with reduced opening times from 10:30 – 18:00.

VAT

Liability and Insurance The organisers of BIOFILM2017 Dublin reserve the right to alter any of the programme or other arrangements for the meeting including cancellation or postponement of any part of the event

All prices quoted are inclusive of Value Added Tax, unless otherwise stated.


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Tipping

WIFI

It is customary to leave a small gratuity for services in restaurants if good service is provided. Tips for taxis and any other porter service are at your discretion.

Open Wi-Fi Wireless access to the UCD network is available campus wide in all the main buildings – UCD Wireless.

Smoking Smoking is not permitting in Ireland in any building, and there is no smoking allowed in any of the meeting rooms or public spaces. There are designated smoking areas outside the buildings, and delegates are requested not to litter in these areas. The smoking ban applies to restaurants, bars, cafés and all public venues.

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Social Events Welcome Reception • Tuesday, 9th May • Time: 19:00 • Location: UCD Sutherland School of Law We are pleased to invite you to our Welcome reception in the Sutherland School of Law. Registered delegates can enjoy some drinks and canapés whilst meeting with fellow delegates for the evening.

Conference Dinner • Wednesday, 10th May • C oach Departs from UCD: 18.30 (delegates to be gathered in the conference venue), coaches will return delegates to UCD after the conference dinner at 10.30/11.00 • Location: Taylors Three Rock • Dress Code: Smart Casual The conference dinner will take place in Taylors Three Rock, the largest and highest thatched roof building in Ireland. Enjoy an evening of sparkling Irish song, music, laughter and dance. This enchanting evening will leave you with memories of Ireland that will remain with you for years to come.


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Conference Programme TUESDAY, 9TH MAY 2017 08:30

Workshop Registration

Location

A&L Goodbody Room

Time 9:00 -10:00 10:00 - 10:20 10:20 - 11:00 11:00 - 12:00 11:00 - 13:00

WORKSHOP Biofilm Reactor Design Tea & Coffe Break Biofilm Rhelogy

Leon Downing (CH2M Hill) Huyau Cao (UCD)

Biofilm Imaging with OCT

Michael Wagenr (KIT)

Main Conference Registration

13:00-13:20

INTRO

Eoin Casey

UCD

13:20-14:00

Keynote: Unique Behavior of MembraneAerated Biofilm Reactors (MABRs)

Rob Nerenberg

Notre Dame

Session

Aerobic Granules I Session Chair: David Weissbrodt

Time

Title

Speaker

Institute

14:00-14:20

Limited Simultaneous Nitrification-denitrification In Aerobic Granular Sludge Systems Treating Municipal Wastewater

Mercedes Garcia Villodres

EAWAG, Zurich

14:20-14:40

The Acid Soluble Extracellular Polymeric Substance Of Aerobic Granular Sludge Dominated By Defluviicoccus Sp.,

Yuemei Lin

TUDelft

14:40-15:00

Comparison Of Microbial Log Removal Performance Of Granular And Activated Sludge: Impacts On Wastewater Reuse

Ben Thwaites

University of New South Wales

15:00-15:20

Process Proving: A Stepped Approach To Validate The Application Of Aerobic Granular Sludge Technology

Marisa BuyersBaso

Royal HaskoningDHV

15:20 - 16:00

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Tea & Coffe Break



TUESDAY, 9TH MAY 2017

Location

William Fry Room

11:00 - 13:00

Main Conference Registration

Session

Bio-ElectroChemical Systems Session Chair: Rongchang Wang

Time

Title

Speaker

Institute

14:00-14:20

Robustness And Resiliency Of Anode-Respiring Biofilms To Perturbations With Nitrate

Caitlyn Butler

Univeristy of Massachusetts

14:20-14:40

Scale-up Of A Microbial Electrolysis Cell For Domestic Wastewater Treatment And Energy Recovery

Sarah Cotterill

Newcastle University

14:40-15:00

Bacterial Community Composition At Biofilm Anodes Of A Multi-electrode Bio-electrochemical System During Municipal Waste

Edson Estrada

Mexican Institute of Water Technology

15:00-15:20

An Insight Into The Microbiome Of Electrotrophic Biofilms

Lluis Bañeras

Universitat de Girona

15:20 - 16:00

Tea & Coffe Break


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TUESDAY, 9TH MAY 2017 Location

Session

A&L Goodbody Room

MBBR I Session Chair: Eberhard Morgenroth

Time

Title

Speaker

Institute

16:00-16:20

Impacts Of Scaling In The Moving Bed Biofilm Reactor And Ways To Minimize Related Issues

Fernando Morgan

Veolia Water Technologies, AnoxKaldnes

16:20-16:40

Improved Process Control And Increased Nitrification Efficiency Of Refinery Wastewater With Mobile Bio-Media (kenaf)

Fabrizio Sabba

RF WasteWater

16:40-17:00

Start-up Of Partial Urine Nitrification In An MBBR

Ellen Edefell

Sweden Water Research

17:00-17:20

Carrier Media In Moving Bed Biofilm Processes: Does Size Matter?

Joana Dias

Cranfield University

17:20-17:40

Treatment Of Textile Wastewater In SBBR System Filling Carriers With Micro-element Release

Lu Zhou

Tsinghua University

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17:40

POSTER SESSION I

19:00

Welcome Reception



TUESDAY, 9TH MAY 2017 Location

Session

William Fry Room

Modelling Session Chair: Susanne Lackner

Time

Title

Speaker

Institute

16:00-16:20

Improving Biofilm Reactor Model Simulations In Aquasim Through Artificial Diffusion

Janis Baeten

Ghent University

16:20-16:40

Hydrodynamic Model For Biofilm Reactors With Carrier Migration

Joshua Boltz

Volkert Inc

16:40-17:00

Modelling Biotransformation Of Drug Biomarkers By Sewer Biofilms

Pedramin Ramin

Technical University of Denmark

17:00-17:20

Model Calibration For MBBR And IFAS Reactors: Experiences With The Good Biofilm Reactor Doris Brockman Modelling Protocol

17:20-17:40

Sorption And Diffusion Of Micropollutants In Biofilms: Experimental Assessment And Modelbased Interpretation

Elena Torresi

17:40

POSTER SESSION I

19:00

Welcome Reception


INRA Transfert Technical University of Denmark

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WEDNESDAY, 10TH MAY 2017 Location

08:30-09:10

Session

A&L Goodbody Room Keynote: Biofilms for nitrogen removal: insights into reactor operation and biofilm composition

Susanne Lackner

Universität Darmstadt

Nutrient Removal I Session Chair: Mark Van Loosdrecht

Time

Title

Speaker

Institute

09:10-09:30

Continuous Biofilm Nutrient Removal Process

Torgeir Saltnes

Hias IKS

09:30-09:50

Investigation Of Guild Stratification In A Mainstream Partial Nitritation/anammox Biofilm Reactor

Alex Rosenthal

Northwest University

09:50-10:10

Mainstream Deammonification With The IFAS ANITA™Mox Process

Romain Lemaire

Veolia

10:10-10:30

Evaluation Of Aggregation Ability Of Three Phylogenetically Distant ANAMMOX Bacterial Species

Muhammad Ali

King Abdullah University of Science and Technology

10:30-10:50

Biomass Segregation In Hybrid Biofilm Systems Improves NOB Control In Mainstream Partial Nitritation And Anammox

Michele Laureni

EAWAG/ETH

10:50 - 11:20

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TEA & COFFEE BREAK




Session

William Fry Room

Biofilm Fundamentals Session Chair: Stefan Wuertz

Time

Title

Speaker

Institute

09:10-09:30

Determination Of Physiological Mechanism And Morphology Integrity Of Oxygenic Photogranules For Wastewater Treatment

Caitlyn Butler

Univeristy of Massachusetts Amherst

09:30-09:50

Characterization By Microsensors Measurements Of Microbial Activity Within Biofilms Grown On Trickling Filters

Mabel Mora

Universitat Politècnica de Catalunya

09:50-10:10

The Impact Of Waveguide Structural Properties On Enhancing Algal Biofilm Growth

Yaldah Azimi

University of Toronto

10:10-10:30

Structure And Diffusion Of Aerobic Granular Sludge Using Magnetic Resonance

Catherine Kirkland

Montana State University

10:30-10:50

A Novel MEMS-based Sensor For Simultaneous PH And Dissolved Oxygen Profiling In Biofilms

Xavier Gamisans

Technical Unniversity of Catalonia

10:50 - 11:20

TEA & COFFEE BREAK


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Session

A&L Goodbody Room

MABR I Session Chair: Robert Nerenberg

Time

Title

Speaker

Institute

11:20-11:40

Mechanisms Of Pore Formation In MABR Biofilms, And Its Effects On System Performance

Marcelo Aybar

Univeristy of Concepcion

11:40-12:00

Membrane Aerated Biofilm Reactor (MABR) Performance Sensitivity To Operating Conditions

Dwight Houweling

GE Water & Process Technologies

12:00-12:20

Venting Of Membrane Aerated Biofilm Reactors (MABRs) Allows High Removal Rates And High Gas-Transfer Efficienciencies

Patricia PérezCalleja

University of Notre Dame

12:20-12:40

Membrane-aerated Nitrifying Biofilms: Continuous Versus Intermittent Aeration

Yunjie Ma


12:40-13:00

Model And Experimental Assessment Of Nitrous Oxide Emission From Membrane-aerated Biofilm Reactor

Andras Nemeth

University College Dublin

13:00-13:20

Identifying Hotspots For Production And Consumption Of NO And N2O In A MembraneAerated Biofilm For Nitrogen Removal

Akihiko Terada

Tokyo University of Agriculture & Technology

13:20 - 14:20

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LUNCH




Session

William Fry Room

Anaerobic Reactors Session Chair: Rene Rozendal

Time

Title

Speaker

Institute

11:20-11:40

Implementation Of Anammox Process In An UASB Reactor At Mainstream Conditions

Clara Reino

Autonomous University of Barcelona

11:40-12:00

Ecophysiology Of Anaerobic Sludge Granules Across Distinct Size Fractions: Size Matters

Anna Trego

National University of Ireland Galway

12:00-12:20

Sulfur-cycle Based Moving-bed Biofilm Reactor For Mainstream Autotrophic Denitrification

Yan-Xiang Cui

The Hong Kong University of Science and Technology

12:20-12:40

Odd Numbered VFA Producing Granular Sludge Reactor: Do Inner PH Gradients Influence The Granule Structure?

Merle de Kreuk

Delft University of Technology

12:40-13:00

Hydrogen Production By Co-digestion Of Cheese Whey With Glycerin In An AnSBBR: Temperature Effect

Giovanna Lovato

Maua Institute of Technology

13:00-13:20

Process Optimization And Metabolic Pathways Of Methane Production In AnSBBR Treating Wastewater From Hydrogen Product

Roberta Albanez


13:20 - 14:20

LUNCH


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Session

A&L Goodbody Room

Aerobic Granules II Session Chair: Nicolas Derlon

Time

Title

Speaker

Institute

14:20-14:40

Intermittent Aeration Regimes Are Effective Tools To Manage Size Of Bio-granules And Microbial Communities In PN/A SBRs.

Jan-Michael Blum


14:40-15:00

Status Of Aerobic Granular Sludge Technology: Combining The Merits Of Activated Sludge And Biofilm Technology

Sjoerd Kerstens

Royal HaskoningDHV

15:00-15:20

Operation Of An Aerobic Granular Reactor To Treat Industrial Saline Wastewater

Paula Carrera

University of Santiago de Compostela

15:20-15:40

Selective Pressures For Granulation In Full-scale, Flow Through Activated Sludge System

Leon Downing

CH2M

15:40-16:00

Ecology And Performance Of AGS Treating High Saline Municipal Wastewater

Benjamine Thwaites

University of New South Wales

16:00-17:00

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TEA & COFFEE BREAK / POSTER SESSION II




William Fry Room

BAF/SAF

Session

Session Chair: Kim Sørensen

Time

Title

Speaker

Institute

14:20-14:40

Nitrous Oxide Emissions From Full-scale Nitrifying And Denitrifying BAF Reactors

Ahlem Filali

Irstea

14:40-15:00

Simultaneous Organic Matter Removal And Nitrification Of An Inert Self-supporting Media To Upgrade Aerated Lagoons

Étienne Boutet

Bionest Technologies

15:00-15:20

BIOSTYR DUO: Perfomances And Recent Development

Jacques Montélymard

Veolia

15:20-15:40

Revival Of Nitrifying Bacteria & Recovery Of Nitrification Performance After Restart Of An Expanded Bed Biofilm Reactor

Mike Dempsey

Advanced Bioprocess Development Ltd. & Manchester Metropolitan University

15:40-16:00

Biofilm Reactors For The Treatment Of Oil Sands Process-Affected Water

Yang Liu

University of Alberta

16:00-17:00

TEA & COFFEE BREAK / POSTER SESSION II


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Session

A&L Goodbody Room

Innovative Biofilm Reactor Case Studies Session Chair: Leon Downing

Time

Title

Speaker

Institute

17:00-17:10

OXYMEM – THE FLEXIBLE MABR

Barry Heffernan

Oxymem

17:10-17:20

Results from an operating Membrane Aerated Biofilm Reactor (MABR) treatment plant in the US Ronen Shechter Virgin Islands

17:20-17:30

MABR for Low-Energy Intensification of Nutrient Removal –a Pilot Study at the Chicago MWRD O’Brien WRP

17:30-17:40

Questions

17:40-18:20

Keynote: Real World Anaerobic Biofilm Systems.

18:30

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Emefcy Ltd

Jeff Peters


Rene Rozendal

Paques

Busses to Informal Conference Dinner (Return from 22h)




William Fry Room

Flash Presentations

Session

Session Chair: Akihiko Terada

Time

Title

Speaker

Institute

17:00- 17:05

Deammonification Biofilm Is Achieved At 9-15° C Low Temperature System

Ivar Zekker

Uni Tartu

17:05-17:10

Membrane Biofilm Reactors For Investigation Of Methane Producing Biofilms

Isa Remdt

Karlsruhe Institute of Technology (KIT)

Tanner Devlin

University of Manitoba

Jan Dries

University of Antwerp

17:10-17:15

17:15-17:20

Manipulation Of Aerobic Heterotrophs And Chemical Precipitates For Enhanced Granulation Of Flocculent Sludge Formation Of Alginate-like EPS In Aerobic Granular Sludge Systems Selectively Enriched In Either PAO Or GAO

17:20-17:25

Modeling The Impact Of Fluid Dynamics On Biofilm Activity In Fixed-bed Reactors

Antonio Dorado


17:25-17:30

Wastewater Recycling In Small Laundries Using MBBR And Membrane Technology

Christian Försterling

TU Berlin

17-30-17:35

Microbial Electrosynthesis For The Production Of Bioplastics From Flue Gas

Max Hackbarth

Karlsruher Institut für Technologie (KIT), Engler-BunteInstitut,

17:35-17:40

Questions

18:30

Busses to Informal Conference Dinner (Return from 22h)


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THURSDAY, 11TH MAY 2017 Location

Session

A&L Goodbody Room

Nutrient Removal II Session Chair: Romain Lemaire

Time

Title

Speaker

Institute

09:00-09:20

Continuous Aeration In A Full-Scale DEMON™ Reactor To Reduce N2O Emissions

Nerea Uri Carreño

VandCenter Syd

09:20-09:40

Nitrite Supply Is The Limiting Factor For Start-up Of Mainstream Anammox Process

Yingyu Law

Nanyang Technological University

09:40-10:00

Nitric Oxide Enhances Anammox Activity

Gayathri Natarajan

SCELSE, Nanyang Technological University

10:00-10:20

Experiences In The Implementation On Recovery Of Anammox-Enriched Cultures After Starvation Conditions ON Biofilm System

Pongsak Noophan

Kasetsart University

10:20

Session

TEA & COFFEE BREAK / POSTER SESSION II Aerobic Granules III Session Chair: Andreas Giesen

Time

Title

Speaker

Institute

11:00-11:40

KEYNOTE: Granular Sludge Modelling To Evaluate Microbial Interactions And Novel Process Concepts

Eveline Volcke

Ghent University

Aline Adler

École Polytechnique Fédérale de Lausanne

11:40-12:00

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Influence Of Wastewater Composition On Microbial Communities Of Aerobic Granules And Their Nutrient Removal Performances




Session

William Fry Room

MABR II+ MBFR Session Chair: Ana Lorena Estaban

Time

Title

Speaker

Institute

09:00-09:20

Synergistic Metabolism In Bacterial-algal Membrane-aerated Biofilm For Nitrogen Removal From Strong Ammonium Wastewater

Rongchang Wang

Tongji University

09:20-09:40

Impact Of Membrane Configuration On The Performance Of Membrane-Aerated Biofilm Reactors (MABRs)

Patricia PérezCalleja

University of Notre Dame

09:40-10:00

Development Of A Design Framework For The MABR Through Sensitivity Analysis And PilotScale Studies

Kelly Martin

Black & Veatch

10:00-10:20

Methane Pressure As A Key Parameter To The Performance Of A Membrane Biofilm Reactor Integrating DAMO And Anammox

Chen Cai

The University of Queensland

10:20

Session

TEA & COFFEE BREAK / POSTER SESSION II BIOFILM CONTROL AND REMOVAL Session Chair: Eoin Casey

Time

Title

Speaker

Institute

11:00-11:20

Understanding The Role Of Biocides On Effective Biofilm Control

Manuel Simões

Faculty of Engineering, University of Porto

11:20-11:40

Thermodynamic And Biologic Modelling Of Legionella Pneumophila In Biofilms In Domestic Hot Water Systems Detail Of Flux Recovery Strategies During Gravity Driven Membrane (GDM) Ultrafiltration

Elisa Van Kenhove

Ghent University

Peter Desmond

Swiss Federal Institute of Aquatic Science and Technology [EAWAG]

11:40-12:00


29



Session

A&L Goodbody Room

Aerobic Granules III Session Chair: Andreas Giesen

Time

Title

Speaker

Institute

12:00-12:20

Effect Of COD/N Ratio On N2O Production During Nitrogen Removal By Aerobic Granular Sludge

Rejane Helena Ribeiro da Costa

Federal University of Santa Catarina

12:20-12:40

Different-Sized Microbial Aggregates In A FullScale AGS Plant Respond Differently To Local And Regional Factors

Zhongwei Wang

King Abdullah University of Science and Technology

12:40-13:00

Alginate-Like Exopolymer Recovery From Granular Sludge Biofilm Reactor Under Conditions Selecting For Slow-Growing PAOs

David Weissbordt


13:00-14:00

Session

LUNCH MBBR II Session Chair: Joshua Boltz

Time

Title

Speaker

Institute

14:00-14:20

The Importance Of Biofilm Surface Area And Suspended Biomass In The MBBR

Christian Rosén

Veolia Water Technologies, AnoxKaldnes

14:20-14:40

Rapid Development Of Anammox Biofilm On Augmented Carrier Material

Maciej Kowalski

University Manitoba

14:40-15:00

External Mass Transfer In Moving Bed Biofilm Reactors

Mark van Loosdercht


15:00-15:40

KEYNOTE: BIOFILM CONTROL-FROM COMPLETE DESTRUCTION TOWARDS 'DESIGNER BIOFILMS'

Jurg Keller

Advanced Water Management Centre

15:40-16:20

KEYNOTE: BIOFILM REACTOR TECHNOLGIES - WHEN SHOULD WE APPLY THEM?

Kim Sørensen

WABAG

16:20-17:00

Closing Remarks and Awards

20:00 30

Post Conference Get Together www.biofilms2017.org

Eoin Casey



Session

William Fry Room

BIOFILM CONTROL AND REMOVAL Session Chair: Eoin Casey

Time

Title

Speaker

Institute

12:00-12:20

The Use Of Chemical And Mechanical Stresses To Control Biofilms Formed By Drinking Water Bacteria

Lúica Simões

Faculty of Engineering, University of Porto

12:20-12:40

Influence Of Inorganic Particles On Biofilm Development In Irrigation Devices Monitored By Optical Coherence Tomography

Michael Wagner

Karlsruhe Institute of Technology

12:40-13:00

Solid-liquid Separation Of An Effluent Produced By A Fixed Media Biofilm Reactor

Bernard Patry

Université Laval

13:00-14:00

Session

LUNCH MODELLING II Session Chair: Doris Brockman

Time

Title

Speaker

Institute

14:00-14:20

Do We Really Need Biofilm Models For Granular Sludge Reactors?

Janis Baeten

Ghent University

14:20-14:40

Partial Nitritation-anammox In Planar Biofilm Reactors For N-removal At Mainstream Conditions, A Theoretical Study

Julio Perez

Univeridad Autonoma de Barcelona

20:00

Post Conference Get Together www.biofilms2017.org

31


FRIDAY, 12TH MAY 2017

TECHNICAL TOUR Departure point: Sutherland School of Law, UCD 07:30

Busses leave for site visit

MORN

Visit to Carrigtwohill Aerobic Granules Site Lunch

32

AFT

Visit to Rock of Cashel

18:00

Return to Dublin



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33


Poster Presentations TUESDAY, 9TH MAY 2017 - POSTER SESSION I Flash Presentations A-1 A-2 A-3

A-4

Deammonification Biofilm Is Achieved At 9-15° C Low Temperature System Membrane Biofilm Reactors For Investigation Of Methane Producing Biofilms Manipulation Of Aerobic Heterotrophs And Chemical Precipitates For Enhanced Granulation Of Flocculent Sludge Formation Of Alginate-like EPS In Aerobic Granular Sludge Systems Selectively Enriched In Either PAO Or GAO

Ivar Zekker

Uni Tartu

Isa Remdt

Karlsruhe Institute of Technology (KIT)

Tanner Devlin


Jan Dries


Antonio Dorado


A-5

Modeling The Impact Of Fluid Dynamics On Biofilm Activity In Fixed-bed Reactors

A-6

Wastewater Recycling In Small Laundries Using Christian Försterling MBBR And Membrane Technology

TU Berlin

Microbial Electrosynthesis For The Production Of Bioplastics From Flue Gas

Karlsruher Institut für Technologie (KIT), Engler-Bunte-Institut, Water Chemistry and Water Technology

A-7

34

Max Hackbarth



TUESDAY, 9TH MAY 2017 - POSTER SESSION I MBBR B-1 B-2 B-3 B-4 B-5

B-6

B-7 B-8

Bacterial Community Structure Of A Twostage Anoxic-aerobic MBBR System Treating Industrial Wastewater Influence Of Support Filling Ratio And Hydraulic Retention Time On MBBR Performance Investigating The Most Appropriate Methods For Attached Solids Determination In Movingbed Biofilm Reactors Landfill Leachate Treatment Through Fungi In An Attached Growth System

Joao Bassin

Federal University of Rio de Janeiro

Joao Bassin


Joao Bassin


Alessandra Bardi

University of Pisa

Sulfur-cycle Based Moving-bed Biofilm Reactor Di Wu For Mainstream Autotrophic Denitrification Application Of IFAS-SBR On Treating High Strength Lagoon Supernatant: Advanced Yang Liu Nitrogen Removal Over Nitrite Pathway Biofilm At Drinking Water Service: Moving Bed Denitrification-Innovative Removal Technology Keren Nof Of Nitrate Comparison Performance Of Side By Side IFAS Keren Nof And Activated Sludge In A Municipal WWTP


The Hong Kong University of Science and Technology University of Alberta

Aqwise Aqwise

35


TUESDAY, 9TH MAY 2017 - POSTER SESSION I MABR/MBfR C-1

C-2

C-3

C-4 C-5 C-6

C-7

C-8

C-9

C-10

36

Applying A Disruptive Technology: Practical Considerations For The MABR At The Ejby Molle Facility In Odense, Denmark Model-based Study To Optimize The Hybrid Membrane Aerated Biofilm Reactor (HMABR) For Carbon And Nitrogen Removal Using Membrane Aerated Biofilm Reactors For Energy Efficient Municipal Wastewater Treatment Energy Self-sufficient Process For Carbon And Nitrogen Removal Mass Transfer Enhancement In Compact Membrane Aerated Biofilm Reactors Oxymem MABR As An Energy Efficient Technology For Secondary Urban Wastewater Treatment: Industrial Pilot Case Study Mechanisms Of Pore Formation In MABR Biofilms, And Its Effects On System Performance The World's Largest MABR: A Design Case Study Of The Yorkville-Bristol Sanitary District Upgrade Project Effects Of Velocity On Biofilm In Membrane Aerated Biofilm Reactor In Nutrient Removal

Leon Downing

CH2M

Patricia Pérez Calleja University of Cantabria Mark Gehring

Dow Chemical Company

Maria Castrillo

University of Cantabria University of Cantabria CETAQUA

Maria Castrillo Carmen Ovejero

Marcelo Aybar

University of Concepcion

Jeff Peeters


Tsunao Matsumoto

Universidade Estadual Paulista, Faculdade de Engenharia de Ilha Solteira University College Dublin

Effect Of Membrane Module Configurations On Fatemeh Kavousi MABR Aeration Efficiency



TUESDAY, 9TH MAY 2017 - POSTER SESSION I Anaerobic Biofilm D-1

D-2

D-3

D-4

D-5

D-6

D-7

D-8

D-9

D-10

Methane Production By Co-digestion Of Vinasse And Whey In An AnSBBR: Optimization, Kinetic Model And Scale-up Estimation AnSBBR Applied To Hydrogen And Methane Production: Kinetic Model Of Metabolic Pathways And Energy Estimation Methane Production From Vinasse-based Wastewater With AnSBBR Under Thermophilic Conditions Feasibility-test Of A Complete Autotrophic Nitrogen Removal Process For The Effluent Of An Industrial Anaerobic Digester Modelling Methane, Sulphide And Multiple Mineral Precipitation In A Full-scale Industrial Granular Anaerobic Digester Effect Of Influent Crude Glycerol Load, PH Shock And Reactor Design On Granulation Of Sulfate Reducing Bacteria In UASB The Effects Of Low Strength Ultrasonication On Hydrogen Producing Granules: Hydrogen Yield And Morphological Properties Citric Acid And Waste Beer As An External Carbon Sources In Anaerobic Sequencing Batch Biofilm Reactor (AnSBBR) High-rate AD Technology For Biomethane Production Under Ambient (unheated) Conditions To Treat Dairy Wastewater Biohydrogen Production In A Packed Bed Biofilm Reactor

Giovanna Lovato


Roberta Albanez


José Alberto Rodrigues

Escola de Engenharia Mauá - Instituto Mauá de Tecnologia Denmarks Technical University

Hannah Feldman

Hannah Feldman

Denmarks Technical University

Mabel Mora

Universitat Autònoma de Barcelona

Si-Kyung Cho

Dongguk University

University of Warmia and Mazury in Olsztyn Juan Castilla Archilla National University of Ireland Galway Artur Mielcarek

Wirginia Tomczak


Université AixMarseille

37


TUESDAY, 9TH MAY 2017 - POSTER SESSION I BAF/SAF E-1

E-2

E-3

Optimization Of The Biological Treatment Process By Biological Aerated Filters: Biostyr® Technology Performance Improvement Of A Full-scale Rotating Biological Contactor Treatment Plant Upgrade To Hybrid System Quebracho Tannin Treatment With Aspergillus Tubingensis MUT 990 Immobilized In PUF Cubes In A Novel Submerged Cage

Cássia Fernandes

SIMTEJO ; FCT-UNL - Portugal

Gloria RodríguezParets

University of Cantabria

David Gabriel

University of Florence

Ex-situ Manometric Activity Test For Evaluation Of Mainstream Anammox In Moving Bed Biofilm Reactors Ionic Liquid-based Extraction And Characterization Of Biopolymers From Anammox Granules Enhancement Of Nitrogen Removal From High Carbohydrate Wastewater In Fungal And Bacterial Down-flow Hanging Sponge Syste The Role Of Biofilm In Nitrogen And Phosphorus Removal In Constructed Wetlands

Dora Stefansdottir

Veolia Water Technologies

Zhiji Ding

Nanyang Technological University Suranaree University of Technology

Nanammox -- A Pilot Attempt To Maintain NOB Repression In A Two-stage Mainstream Nitritation-anammox Process Impact Of The Growth Mode On The Microbial Competition In Anammox Systems: Granules, Biofilm And Suspended Biomass Autotrophic Nitrogen Removal From Mainstream Wastewater, During Winter

David Gustavsson

Nutrient Removal F-1

F-2

F-3

F-4

F-5

F-6

F-7

38

Wichitsathian Boonchai Jareeya Yimrattanabovorn

Institute of Engineering Suranaree University of Technologyg Sweden Water Research

Thibaut Saur

SUEZ

Maaike Hoekstra

TU Delft



WEDNESDAY, 10TH MAY 2017 - POSTER SESSION II Aerobic Granules G-1 G-2

G-3

G-4

G-5

G-6

G-7 G-8

G-9 G-10 G-11

G-12 G-13

G-14

G-15

G-16

Practical Applications Of Mobile Carrier Biofilm Modelling Bench Scale Comparison Of A New Mobile Biofilm Process And Traditional IFAS Technology The Acid Soluble Extracellular Polymeric Substance Of Aerobic Granular Sludge Dominated By Defluviicoccus Sp., Obtaining Stable Enhanced Biological Phosphorus Removal Activity In Aerobic Granular Sludge Sbr At 30°C Salinity Effect On Physical And Biochemical Stability Of The Aerobic Granular Sludge Process Aerobic Granular Sludge Process Optimization And Modeling For Mainstream Anaerobically Treated Wastewater Aerobic Granular Sludge Treatment Of Petrochemical Wastewater Development Of Aerobic Granular Sludge With Biological Nutrient Removal While Treating Domestic Wastewater Kefir Milk: An Independent Biofilm Reactor

Jason Calhoun

RF WasteWater

Fabrizio Sabba

RF WasteWater

Yuemei Lin

TUDelft

Samarpita Roy

National University of Singapore

Danny de Graaff

TU Delft

Zerihun Bekele

University of Michigan

Jan Dries


Abbass Jafari Kang


Catherine Adley

University of Limerick

Formation Of Aerobic Granular Sludge Treating Brewery/bottling Plant Wastewater Aerobic Pilot-scale Biofilm-based Technologies For The Treatment Of High Strength Saline Industrial Wastewater Influence Of Substrate And Feeding Strategy On Granule Formation And Morphology Sewage Treatment In Granular Activated Sludge Reactor At Concentric Tube With Circulation Operated In Batch Current And Future Trends Of Biofilm Reactor For Treatment Of Food Processing Wastewater

Hannah Stes


Celia Castro-Barros

Cetaqua

Mario Pronk

Delft University of Technology Univ. Estadual Paulista

Physical Retention Of Particulate Organic Substrate (XS) During Cyclic Operation Of Aerobic Granular Sludge (AGS) Physical Characteristics And N2O Emissions Of Granular Biofilm Induced By Different SBR Cycle Configurations

Manuel Layer

Tsunao Matsumoto

Md Ramim Tanver Rahman

Jéssica Xavier


University of Chinese Academy of Sciences Eawag

Federal University of Santa Catarina

39


WEDNESDAY, 10TH MAY 2017 - POSTER SESSION II Biofilm Fundamentals and Modelling H-1 H-2

H-3

H-4 H-5

H-6

H-7

H-8

H-9

H-10

H-11 H-12

40

Modeling Nitrous Oxide (N2O) Emissions From Denitrifying Filters A Novel MEMS-based Sensor For Simultaneous PH And Dissolved Oxygen Profiling In Biofilms The Competitive Edge: Competition And Biofilm Composition, An Individual-based Modelling Approach Biofilms In The Water Environment: Trends And Challenges Early Biofouling Detection Using Fluorescently Measured Extracellular Enzyme Activity; A Prototype Explored N2O Emissions From A Single-stage Partial Nitritation/anammox Granule-based Reactor -A Model Based Assessment A Study On Extracellular Polymeric Substance (EPS) In Bioreactors: Comparison Of Nitrification And Nitritation Reactors Influence Of Growth Conditions On The Competition Between Biofilm Different Morphotypes And Suspended Biomass Determination Of Trophic Relationships Within Biotic Community In Down-flow Hanging Sponge Reactor For Sewage Treatment "Probing Phenotypic Growth In Expanding Bacillus Subtilis Biofilms”

Fabrizio Sabba

RF WasteWater

Xavier Gamisans

Technical University of Catalonia

Bastiaan Cockx


Joshua Boltz

Volkert Inc

Babar Khan

KAUST

Borja Valverde-Pérez Technical University of Denmark Yang Liu

University of Alberta

Etienne Paul

LISBP-INSA Toulouse

Takashi Onodera

National Institute for Environmental Studies (NIES) University of Science and Technology Beijing Tongji University

Xiaoling Wang

Biological Enhancement By Phosphate Addition Yongji Zhang For Organic Matter Removal In MBR System Ultraviolet Membrane Bioreactor For Enhancing Yongji Zhang The Removal Of Organic Matter In MicroPolluted Water


Tongji University


WEDNESDAY, 10TH MAY 2017 - POSTER SESSION II Biofilm Fundamentals and Modelling H-14 H-15

H-16

Modelling Of Textile Filter Biofilm Growth And Respiration With Aquasim Attachment of Chlamydomonas acidophila utilising different materials to enhance the nutrient recovery from wastewaters The Influence Of Surface Roughness And Surface Free Energy On Fouling Of Stainless Steel Dairy Processing Equipment

Marcin Spychała Ania Escudero

Catherine Adley

Poznań University of Life Sciences Glasglow City University University of Limerick

Electro Chemical Systems I-1

I-2

I-3

I-4

I-5

I-6

Electricity-driven Microbial Production Of Polyhydroxybutyrate And Soluble Organics Under Feast/famine Conditions "Bacterial Community Composition At Biofilm Anodes Of A Multi-electrode Bioelectrochemical System During Municipal Waste” Effect Of Antibiotic Concentration In Anolyte On Electricity Production And Community Structure Of Anodic Biofilms Micro-electrolysis Biofilm Carrier And Its Performance In Enhancing Industrial Wastewater Treatment Effect Of Inoculum On Simultaneous Electricity And Hydrogen Production In A Continuous Flow Single Microbial Electrochem Impact Of Submicron Roughness Surfaces On The Interactions Between Biofilms And Electrodes In Bioelectrochemical Systems

Soroush Saheb Alam Chalmers University of Technology Edson EstradaArriaga


Rongchang Wang

Tongji University

Lu ZHOU

Tsinghua University

Edson EstradaArriaga


Melanie Pierra

Ghent University


41


WEDNESDAY, 10TH MAY 2017 - POSTER SESSION II Biofilm Removal J-1

J-2 J-3 J-4

J-5

Thermodynamic And Biologic Modelling Of Legionella Pneumophila In Biofilms In Domestic Hot Water Systems How Fixed-bed Biofilm Reactor (biofilter) Used For Wastewater Treatment Clog? Evaluation Of The Bacterial Community Present In Biofilter With Peat Media Influence Of Bacterial Cell Aggregation On Water Disinfection with Photodynamic Inactivation Structure Of Bacterial Communities Invading Fungal Biofilms In Solid-bed Bioreactors: A Study Of Bacterial Resistome

Elisa Van Kenhove

Ghent University

Bastien Laborie

Irstea

Maria Allievi

Federal University of Santa Catarina Dublin City University

Thayse Passos

Katerina Svobodová

Institute of Microbiology of the CAS,v.v.i.

Octavi Domingo Fernandez

National University of Ireland, Galway

Christopher Ziemba

Eawag

Gravity Driven Biofilm K-1

K-2

42

Environmentally-persistent And Commensal E. Coli Strains Efficiently Removed From Drinking Water By Slow Sand Filters Greywater Recycling Using A Biologically Activated Membrane Bioreactor With Ozone, Electrolysis And GAC Post-treatments



NOTES ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................


43


NOTES ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................ ............................................................................................................................................................................

44


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