Invitation to register&preliminary programme

5th IWA Specialised Membrane Technology Conferencefor Water and Wastewater Treatment

IWA Membrane Technology Conference & Exhibition 2009

1-3 September 2009 Beijing International Convention Center (BICC),Beijing, P.R.China

Invitation to register&preliminary programme

www.iwa-mtc2009.org

Organizers:

Co-Organizer:

State Key Joint Lab of Environment Simulation and Pollution Control

Media Supported by:

Supported by: ● Ministry of Housing and Urban- Rural Development of the People’s Republic of China (MOHURD)● Ministry of Environmental Protection of the People’s Republic of China (MEP)● The Administrative Center for China’s Agenda 21● National Natural Science Foundation of China (NSFC)

Principal Sponsorship:

Golden Sponsorship:

Platinum Sponsorship:

碧

水源

科技

旭化

成集

团

www.iwa-mtc2009.org

2 3IWA Membrane Technology Conference & Exhibition 2009

Sponsors

Asahi Kasei Chemicals is one of the leading chemical manufacturing companies in the world who produce various chemical products such as organic and inorganic industrial chemicals, synthetic resin, synthetic rubber, specialty chemicals and membrane products. The net sales of the company is JPY 1,696,789 millions (Fiscal Year 2007).

Microza is a filtration module containing unique hollow fiber membranes developed by Asahi Kasei Chemicals for filtration systems. Several types of hollow fiber membranes are available, and in various organic polymers. Liquid filtration takes place through the pores, or gaps, in the hollow fiber wall structure. Microza membranes have sharp pore size distributions that provide superior and stable filtration performance.

There are two categories of Microza hollow fiber membranes; 1- microfiltration (MF) membranes and 2 - ultrafiltration (UF) membranes. These are available in a variety of product types and system configurations to meet variant filtration requirements. Microza has an established track record for high performance in a wide variety of applications. These are not limited to the chemicals and precision electronics industries, but are also applicable and receiving very high ratings in municipal water, wastewater, food, pharmaceutical, energy, and environmental applications.

Owing to its unique membrane separation technology, Asahi Kasei Chemicals is a global leader of UF/MF technology for various industries and applications such as ultra-pure water in semiconductor plants, the recovery of electro-deposition paint, pharmaceuticals, foods and so on. Currently, Asahi Kasei Chemicals is focusing its business in the field of water purification for both drinking water and sewage applications with its ‘High Crystalline PVDF Membrane’ providing excellent reliability and long membrane life. Asahi Kasei Chemicals has been in the leading position as a supplier of UF/MF products for worldwide water purification market with more than 600 installation references in this field all over the world, including 360,000m3/d drinking water plant in US, 191,000m3/d sewage recovery plant in Singapore and 100,000m3/d MBR plant in China.

Beijing Origin Water Technology Company (Origin Water) is a leading high technology company in China. The company involves in environment protection and resources recycling, contributing to the goal of achieving a cleaner and greener world. Its core business relates to city and industrial sewage treatment and recycling. Its other main businesses are involved with water and drinking water, solid waste disposal and research and development. The company’s service business covers the full value chain, spanning from project design to construction, manufacturing of equipment, contracting and operation and maintenance.

Beijing Origin Water Technology Company (Origin Water) was established in 2001 by a group of returning scientists and professionals from overseas and local universities. In 2003, the company started a major expansion phase, resulting in achieving an annual income in 2005 exceeding 0.12 billion Yuan. Annual income increased over 50% in 2006, 2007 and also expected in 2008. This achievement ranks Origin Water as one of the outstanding leaders in environmental protection fields in China. Hence, the Origin Water’s brand is well known and well established, built up its reliable credits and good financial status.

Origin Water has been successfully performed many wastewater treatment projects, beyond 1000, especially some of significant projects including Mi Yun Recycling Water Plant 45 ML/ day, National Theatre Project with capacity of 50ML/day, WenYu River Resource 100ML/day(the biggest running project in the word), HuaiRou Water Reclaimed Plant 35ML/day. Wastewater recycling project at the first grade water source protection area, etc.

Origin Water employs many overseas and local professionals, over 200, in as scientific staff and management. The staff is organized in multidisciplinary teams whose majors are mostly environmental engineering, chemical engineering, ecology, mechanical, electricity, civil engineering, finance and management. The senior management team is lead by Dr. Wen Jianping who spent many years in Australia furthering his studies at New South Wales University in Sydney.

Origin Water is a high technology corporation involving with leading edge technologies.

Origin Water’s proprietary technology, especially its patented MBR series of technologies and products for municipal wastewater treatments has achieved a listing in China’s “863 Plan”. Many sewage reclamation and recycling projects had been successfully undertaken and implemented in the past years, resulting in acquiring many China National’s honours. Furthermore, MBR product was successfully exported overseas, the amount of sale arrived at 0.77million dollars till 2007.

The company aims to become a successful and famous environmental company in China and the world. The company will continuously improve and innovate further its MBR technology and its family of products. The company will take its technologies and products to the world. The company aims to be a responsible and corporate citizen of the world.

LITREE Company concentrates on ultrafiltration membrane research, development and application; we are a high-tech company group integrated with water treatment technology research, ultrafiltration membrane & product manufacture, sales & service.

The management and marketing center is located in Shenzhen. And the membrane production base is in Hainan province, which can supply 3,000,000 square meters ultrafiltration membrane every year. On October 2007, LITREE Suzhou factory phaseⅠfinished, it is the R&D center including new product research, application development, water treatment technology research, and is also the logistics center of LITREE Company.

LITREE Company persists in technology innovation, possesses complete self-determination intellectual property in the filter core technology, holds 18 patents in ultrafiltration membrane and equipment. We also take charge for the project which granted by the National Key Technologies R & D Program, and the National Key Technologies R & D Leading Program; gains several important scientific achievements. On November 16th 2006, CCTV News reported the story of LITREE and the President Mr. Lianggang Chen.

In tap water treatment, LITREE PVC modified ultrafiltration membrane are operating in the world’s biggest membrane separation tap water factory — Taiwan Kaohsiung Kaotan municipal tap water factory, which can provide 300,000m3 tap water every day. This application also indicated that LITREE has step into the world’s advanced ranks. LITREE ultrafiltration membrane module also has been used in about twenty small tap water factories in Japan for two years. All the tests and applications are proved that ultrafiltration is a kind of economic, stable, effective, easy using way for tap water treatment. At meanwhile, LITREE products are used in hundreds of rural water supply transformation projects in Jiangxi, Hainan, Sichuan and Hebei province in order to solve the risk of drinking water safety.

LITREE Company also valued environment protection very highly, invests much in production technical improvement, realized zero draining. LITREE also developed several products for waste water treatment and recycle, applied in many projects.

Nowadays, LITREE ultrafiltration products are used in industrial process water, municipal tap water treatment, rural water supply transformation, residential water purifying more and more widely. LITREE products gain good reputation in Japan, United States, Malaysia, Australia and other countries. Over 500 foreign companies are using our products at present, including20companies of top 500 multinational companies of the world, such as Coca Cola, McDonalds’s and Toyota. With your kind trust and our diligent efforts, LITREE Company will provide better products for water purifying in the future.

Enjoy LITREE, Enjoy high quality water.

Kubota began its business by manufacturing and selling cast metal products. Since then, we have offered various products including iron pipes for water supply, engines for agro-industrial purposes, and machine tools, contributing to improving human lives and society. We are proud that we have been fulfilling our obligations as a manufacturer throughout our history of continuous technical innovations and product development, striving to contribute to building the modern state, postwar reconstruction, new nation building, and the creation of productive human environments. Our current business and product lines are all based on the basic philosophy, "Society keeps corporations going forward." We will expand our business with our time-proven expertise and specialty for further development, while steadfastly maintaining our sincere efforts in manufacturing. We will endeavor to improve our technical capabilities acquired over the course of our history in a wider and deeper manner, extend our business frontiers, and make a greater contribution to society.

In recent years, a spreading awareness of the need to achieve sustainable development has prompted Asian countries including China to promote with water reuse made necessary by rapid economic growth. In China, KUBOTA is accelerating its water business expansion by riding on the strength of its reputation of high quality conforming to global standards.

Mitsubishi Rayon Group

-Best Quality for a Better Life-

The Mitsubishi Rayon Group is committed to the creation of unique, high-quantity products and services that contribute to

society as a whole.

Today, against the background of growing worldwide concern over environmental issue, we have developed HOLLOW-FIBER MEMBRANE for water treatment, which are expected to play an invaluable part in helping address the sever water treatment issues facing many parts of the world. And now Mitsubishi Rayon Group is a leading company in the water treatment field, and is pursuing a variety of projects around the world.

Mitsubishi Rayon Group manufactures two types of hollow fiber membrane which are used many water treatment fields, such as membrane bio-reactor (MBR) for waste water treatment (STERAPORE SADF), water purification for waterworks project (STERAPORE LFB), tap water purifiers (CLEANSUI) and so on. Leveraging a wealth of experience in the water treatment engineering technologies, the Mitsubishi Rayon Group is also able to provide a variety of services- ranging from planning to maintenance and repairs for water treatment systems.


• Membrane materials and configurations • Drinking water purification • Domestic wastewater reuse • Industrial wastewater treatment • Removal of emerging pollutants• Membrane bioreactor• Novel hybrid membrane processes• NF/RO filtration• Membrane fouling mechanisms• Membrane fouling control• Process modeling and simulation • Desalination • Case studies: membrane processes for drinking water and wastewater treatment

Major themes:

31 January 2009 Deadline for Submission of extended abstract 28 February 2009 Notification of abstract selection 31 May 2009 Submission of full paper Before 30 June 2009 Early bird registration

Content Organizers About the conference

Sponsors

Organizers

About the conference

Invitation

Plenary lecturer profile

Conference Program

Technical Tours

Exhibition

Accommodation

Sightseeing Tours

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The International Water Association (IWA) is a global network of water professionals, spanning the continuum between research and practice and covering all facets of the water cycle. Through IWA, members collaborate to lead

the development of effective and sustainable approaches to water resources management, drinking water, wastewater and storm water management in areas throughout the world, creating value and driving the advancement of both the science and the best practice of water management.

The ultimate strength and potential of IWA lies in the professional and geographic diversity of its membership, a "mosaic" of member communities including academic researchers and research centres, utilities, consultants, regulators, industrial water users and water equipment manufactures. IWA members from each of these communities represent the leading edge in their fields of expertise, and together are building new frontiers in global water management through interdisciplinary exchange and collaboration.

In this endeavour, IWA and its members are committed to furthering sustainable and holistic resource management and service provision, built on the concept of the complete water cycle. IWA collaborates with The World Bank, The World Health Organisation as well as the main UN agencies (UNEP, UNDP, UNESCO), dealing with water and sanitation on projects of common interest. IWA is a founder member of the World Water Council and is involved in the Global Water Partnership and the Collaborative Council on Water Supply and Sanitation.

This conference aims to advance knowledge and experience in the utilization of membrane technology for water and wastewater treatment, furthermore it also present a perfect chance to strengthen network, bringing together water experts, engineers and researchers from the colleges, institutes and firms.

This event, which is jointly organized by IWA and Tsinghua University, will be held in Beijing from Sep. 1 to 3, 2009. It will provide a forum for scientists and professionals working in the membrane sector of the water industry to present their work and enlighten the ways to thinking membrane each other. The topics of the conference will cover almost all the areas of membrane technology, such as novel membrane materials, MF, UF, NF, RO and electrodialysis membrane processes, hybrid membrane processes, fouling mechanisms and control, desalination, drinking water and wastewater treatment, and some special case studies.

Tsinghua University, located in the northwest of Beijing, was established in 1911 on the site of "Qing Hua Yuan" - a former royal garden of the Qing Dynasty. Funded with part of the "Boxer Indemnity," it was at first a preparatory school

called "Tsinghua Xuetang" for those students who were sent by the government to study in the United States. On April 29, 1911, Tsinghua Xuetang began its first term, and from then on the last Sunday of April was set as the school's anniversary. The name was changed to "Tsinghua School" after the 1911 Revolution.In 1925, a university section was established, offering a four-year program for students. In 1928, its name was changed to "National Tsinghua University," and in the autumn of 1929 a graduate school was set up.

Three years after the founding of the People's Republic of China, a nationwide restructuring of institutes of higher education was initiated, and in 1952, Tsinghua University became a multidisciplinary polytechnic university with an emphasis on training engineers. In November of that year, the Ministry of Education appointed Jiang Nanxiang as President.

Since 1978, during the period of reform and opening to the rest of the world, Tsinghua University has gradually restored such disciplines as science, economic management, humanities and law. In 1999, Tsinghua opened the School of Arts and Design by merging with the Central Academy of Arts and Design. Tsinghua has become a leading comprehensive university with engineering as its focus, while concurrently offering degrees in science, liberal arts, management and law. At the end of 2000, Tsinghua University had eight colleges and 43 departments, 44 research institutes, nine engineering research centers, and 163 laboratories, including 15 national key laboratories. The university offers 37 bachelor's degree programs, 107 master's degree programs and 64 Ph.D. programs.

To fully implement the "China Education Reform and Development Program," Tsinghua University has set new development targets for the next 15 years. Educational quality and effectiveness will be improved and disciplinary structure will be adjusted. Based on our strength in engineering, the university will promote the development of science and management departments. Humanities and social sciences will stress particular areas with high academic standards.As one of China’s most renowned universities, Tsinghua is an ideal place for learning and researching in China.

Telephone: +44 207 654 5500 Fax: +44 207 654 5555 Email: [email protected]

http://www.tsinghua.edu.cn/eng/index.jsp

Important dates:

Venue:

IWA Membrane Technology Conference & Exhibition 2009 will be held in the Beijing International Convention Center.

Beijing International Convention Center (BICC) is located along the fourth ring road, within walking distance of the 2008 Olympic Games Zone, Bird Nest, Water Cube, and Fashion shopping Mall, Entertainment hotspots and Restaurants. There is also just 20-30 minutes drive from the Beijing Capital International Airport and key Beijing historical sits. BICC, an all-in-one convention service provider specializes in hosting high-profile nation and international events.

Warmly recommend all delegates t o c o m p l e t e t h e r e g i s t r a t i o n p r o c e d u r e b e f o r e J u n e 3 0 , 2009, please check the detail of r egistrat ion information by accessing www.iwa-mtc2009.org/about.asp?CategoryID=35.

Please visit www.iwa-mtc2009.org for updating your image of this event.


Invitation

Roger BenAim,Chairman of the IWA specialized group “Membrane Technology”

Xia Huang, Chair of the Organizing Committee

Following SEOUL in 2004 and Harrogate in 2007, Beijing in 2009 will be the meeting point of the “membrane for water” community.

This biennial conference is the flag event of the membrane technology group of IWA. Along the axis “disadvantage – benefit” the cursor is moving every day in favour of membrane technology thanks to the huge efforts of research and development which are being made all over the world. As water appears more and more as a critical issue for this century simultaneously membrane technology appears more and more as a suitable solution.

Speaking of desalination, wastewater or storm water treatment, drinking and ultra pure water production, membrane technology is more and more present .We are assisting not only at a development but sometimes at a kind of revival: membrane bioreactors which future was considered as limited in at the end of the 80’s are definitely in a phase of growth, reverse osmosis which was supposed to have reached a plateau is again in exponential growth, ceramic membranes supposed to have definitely been supplanted by polymeric membranes know a regain of interest. Integrated membrane technology, hybrid membrane processes, membrane contactors etc…open new gates and open the way to creativity for the development of innovative processes. Sustainability which was only a word and a concept is becoming a strong need which is pushing towards the formation of a “virtuous circle” in which the need of more sustainable management of water will boost the development of membrane technology and simultaneously membrane technology will make realistic the ambition of sustainability. Our community is having and will have in the future a large responsibility for bringing solutions to water problems.

This is the reason why the appointment at Beijing in 2009 is so important. I invite you to put from now this date in your diary and to be ready for being an active delegate. With Prof. Xia Huang and all the members of the International Committee and of the Organising Committee we shall be from now on fully involved for the success of this event and for making it most valuable and memorable for you.

The availability of potable water is becoming critical, and threatening our daily lives, the eco-environment, and even potentially the national security in many regions. Several factors are responsible for the current critical situation: population growth, economic development, and the resulting water contamination.

Global concerns on the limited supply of fresh water are increasing exponentially, particularly in the arid and semi-arid regions. Faced with our huge global population explosion, decades of largely uncontrolled socio-economic development, and the limited available water reserves (much lower than the world average) the water crisis that China is now facing is very serious, and calls for immediate attention and action.

The need for solving these water problems has motivated research and development in the field of membrane technology. Over the past few decades many innovative membrane processes have been created that are now providing new methods for drinking water production, desalination, wastewater treatment and reuse, among others. Today membrane technology is well recognised as an alternative to conventional water treatment.

As the Chair, and on behalf of the organizing committee, I would like to invite you to Beijing to participate in the IWA Membrane Technology Conference and Exhibition 2009. This event will provide participants with an excellent opportunity to share their experiences, exchange opinions, and expand horizons in the development of membrane technology in various relevant fields. It will also provide participants with the opportunity to gather information on the scientific technical and commercial aspects of membrane technology, from participating researchers, engineers and other experts in the field, from many countries.

Beijing, a very old city with many places of interest, and offering a refreshed facade after the 2008 Olympic Games, will welcome you. I look forward to meeting you in Beijing in early September 2009. Together we should make this conference a great success.

Scientific Committee: Organizing Committee:

Prof. Gary Amy UNESCO-IHE, The NetherlandsDr.Miriam Balaban Editior-in-Chief, Desalination, Italy

Prof. Roger Ben Aim Chairman of the IWA specialised group on membrane Technology

Prof. Chris Buckley University of KwaZulu-Natal, South AfricaProf. Corinne Cabassud INSA, France

Prof. G.H. Chen Hong Kong Univers i ty of Sc ience and Technology, China

Prof. Vick Chen The University of New South Wales, AustraliaProf. Joao G. Crespo Universidade Nova de Lisboa, PortugalProf. Z.F. Cui Oxford University, UKDr. Glen T. Daigger CH2M Hill, USAProf. Enrico Drioli The University of Calabria, ItalyProf. Menachem Elimelech Yale UniversityⅠ USA

Prof. A.G. Fane The University of New South Wales, Australia; Nanyang Technological University, Singapore.

Prof. Franz-Bernd Frechen University of Kassel, Germany

Prof. Congjie Gao The Development Center of Water Treatment Technology, China

Dr. Pushpito K. Ghosh Central Salt & Marine Chemicals Research Institute, India

Prof. Alain Grasmick University of Montpellier II, FranceProf. Xia Huang Tsinghua University, ChinaProf. Peter M. Huck University of Waterloo, CanadaDr. Joe G. Jacangelo MWH Americas, Inc., USAProf. Simon J. Judd Cranfield University, UK

Prof. In S. Kim Gwangju Institute of Science and Technology, Korea

Prof. Chung-Hak Lee Seoul National University, KoreaProf. D.J. Lee Taiwan University, Chinese Taiwan

Prof. TorOve Leiknes Norwegian Un ivers i ty o f Sc ience and Technology, Norway

Prof. Susana Luque University of Oviedo, Spain

Dr. Boris Lesjean Berlin Centre of Competence for Water, Germany

Prof. How Yong NG National University of Singapore, Singapore

Prof. Marianne Nystrom Lappeenranta University of Technology, Finland

Prof. Gideon Oron Ben-Gurion University of The Negev, IsraelProf. John Pellegrino University of Colorado, USAProf. Johannes Pinnekamp RWTH Aachen University, GermanyProf. Yi Qian Tsinghua University, ChinaDr. Stefan Schlosser Slovak University of Technology, Slovakia

Prof. Hang-Sik Shin Korea Advanced Institute of Science and Technology, Korea

Prof. Kuo-Lun Tung Chung Yuan University, Chinese TaiwanProf. Zaini Ujang Universiti Teknologi Malaysia, MalaysiaProf. S.Vigneswaran University of Technology Sydney, AustraliaProf. C. Visvanathan Asian Institute of Technology, ThailandProf. Yoshimasa Watanabe Hokkaido University, JapanProf. Mark R. Wiesner Duke University, USAProf. Nanping Xu Nanjing University of Technology, ChinaProf. Kazuo Yamamoto The University of Tokyo, Japan

Prof. Xia Huang (Chair) Tsinghua UniversityProf. Xianghua Wen Tsinghua UniversityProf. Chenwen Wang Tsinghua UniversityProf. Xiaolin Wang Tsinghua University

Prof. Yiming Cao D a l i a n I n s t i t u t e o f Chemical Physics, CAS

Prof. Guanwen Chen Institute of Chemistry, CAS

Prof. Ping Gu Tianjin University

Prof. Shulan Ji Be i j i ng Un ive rs i t y o f Technology

Prof. Wanqin Jin Nanj ing Univers i ty o f Technology

Prof. Jianxin Li T i a n j i n P o l y t e c h n i c University

Prof. Xiaolong Lv T i a n j i n P o l y t e c h n i c University

Prof. Qie Quan D a l i a n U n i v e r s i t y o f Technology

Prof. Nanqi Ren H a r b i n I n s t i t u t e o f Technology

Prof. Yinhua Wan I n s t i t u t e o f P r o c e s s Engineering, CAS

Prof. Xiaochang WangX i ' a n U n i v e r s i t y o f A r c h i t e c t u r e a n d Technology

Prof. Zhi Wang Tianjin UniversityProf. Siqing Xia Tongji University

Prof. Tongwen Xu University of Science and Technology of China

Prof. Zhenliang Xu East China University of Science and Technology

Prof. Zhikang Xu Zhejiang University

Prof. Min YangResearch Center for Eco-Environmental Sciences, CAS

Prof. Weidong Zhang Be i j i ng Un ive rs i t y o f Chemical Technology

Prof. Zhenjia Zhang S h a n g h a i J i a o t o n g University


Plenary lecturer profile Conference Program

Recent Advances in Membrane Technology

By Prof. Menachem Elimelech, Yale University, USA

Menachem Elimelech is the Roberto Goizueta Professor at Yale University. He also serves as Chair of the Chemical Engineering Department and Director of the Environmental Engineering Program. Professor Elimelech received his Ph.D. from Johns Hopkins University in 1989 in Environmental Engineering. His research interests include (1) environmental applications and implications of nanomaterials, (2) membrane separations for desalination and water quality control, (3) microbial transport and adhesion, (4) engineered osmosis for sustainable production of water and power, and (5) water and sanitation in developing countries. Professor Elimelech was elected to the National Academy of Engineering in 2006 and was awarded the Athalie Richardson Irvine Clarke Prize in 2005.

Recent Advances in Membrane Fouling Research

By Prof.Yoshimasa Watanabe,Hokkaido University, Japan

Dr. Yoshimasa WATANABE is a Director of Center for Environmental Nano & Bio Engineering at Hokkaido University, Japan. He received his B.C.E in Sanitary Engineering from Hokkaido University in 1967 and his M.S.E. in 1969. He completed his thesis and received PhD in Sanitary Engineering from Hokkaido University in 1972. Then he was employed as Associate Professor by Miyazaki University, Japan, and promoted to Professor in 1988. In 1975-1976 he was a Visiting Associate at California Institute of Technology, USA. He was also invited by Asian Institute of Technology, Thailand and served as Associate Professor of Environmental Engineering from 1979-1981. He joined Hokkaido University in 1993 as Professor of Sanitary Engineering. He served as a Visiting Professor for 2 months at Delft University, the Netherlands in 2002. His research Interests are in hybrid water and wastewater treatment system and urban water metabolism system.

He is currently a member of the IWA Governing Assembly and the Chairman of the IWA Japan National Committee.

He won the IWA Award 2008 for Outstanding Contribution to Water Management and Science.

Is Nanofiltration (NF) a Robust Barrier for Organic Micro pollutants?

By Prof.Gary Amy, UNESCO-IHE, The Netherlands

Gary Amy is a Professor of Water Supply and Sanitation at the UNESCO-IHE Institute for Water Education in Delft, The Netherlands. His main areas of expertise are drinking water treatment and wastewater reclamation/reuse, with specific expertise in membrane rejection and fouling, selective adsorption, natural organic matter characterization, disinfection by-product formation and control, and natural systems. At UNESCO-IHE, he is involved in various European Union (EU) and other sponsored projects on membrane-based desalination, membrane bioreactors, natural drinking water and wastewater treatment processes, and organic and inorganic micropollutants. Formerly, he was a Professor of Environmental Engineering at the University of Colorado and the University of Arizona USA. Over a career of almost 30 years, he has published over 180 articles in refereed publications, and supervised almost 40 PhD students.

Three plenary lectures will be addressed by three leading experts after opening ceremony. Four parallel sessions are planned. For plenary lectures 45 minutes are scheduled, while oral presentations will have a total of 20 minutes including time for discussion. During the parallel sessions 30 minutes keynote lectures will also be considered.

SPECIAL EVENTSMonday – August 31, 2009

Registration: The hall of BICC 09:00 – 20:00Welcome party: the banqueting hall of BICC 18:00 – 20:00

Tuesday – Sep 1, 2009Registration: The hall of BICC 09:00 – 12:00

Wednesday – Sep 2, 2009Registration: The hall of BICC 09:00 – 12:00Gala dinner: 18:00 – 20:00

Thursday – Sep 3, 2009Registration: The hall of BICC 09:00 – 12:00Closing ceremony and post awards: 16:20 – 16:40

Friday – Sep 4, 2009Technical visit: Membrane wastewater treatment (Registration on site is available)

OPENING CEREMONY Chair: Xia Huang Conference Room: 2#-Level 209:00 09:05 Welcome address by Dr. Jining Chen (Vice President, Tsinghua University) 09:05 09:10 Welcome address by Dr. Paul Reiter (Executive Director, IWA) 09:10 09:20 Greetings from two principal sponsors 09:20 09:40 Opening lecture by Dr.Baoxing Qiu (Vice Minister, MOHURD) 09:40 09:50 Coffee break

PLENARY SESSION Chair: Roger Benaim Conference Room: 2#-Level 209:50 10:35 Recent Advances in Membrane Technology , Menachem Elimelech(Yale University, USA)10:35 11:20 Recent Advances in Membrane Fouling Research, Yoshimasa Watanabe( Hokkaido University, Japan)11:20 12:05 Is Nanofiltration (NF) a Robust Barrier for Organic Micropollutants?,Gary Amy( UNESCO-IHE, The Netherlands)12:05 13:30 Lunch

Conference Room 305BLevel 3

Conference Room 305CLevel 3

Conference Room 307Level 3


Session 1.1 Membrane materials and configuration (1)

Domestic wastewater reuse Drinking water purification Removal of emerging

pollutantsTime

Chair: Chair: Chair: Chair:From

13:30 Keynote

Surface Engineering of Microporous Polypropylene MembranesZhikang Xu(Zhejiang University, China)

Keynote

The challenge of novel MBRs with high retention membranesA.G. Fane(The University of New South Wales, Australia)

Keynote

Challenge for NF mechanism and modeling on separation in drinking water ?Xiaolin Wang(Tsinghua University, China)

ID130(since13:40)

Treatment of Hospital Wastewater Effluent by Nanofiltration and Reverse OsmosisSilvio Beier, Stephan Köster, Katrin Veltmann, Horst-Friedrich Schröder, Johannes(Institute for Environmental Engineering of RWTH Aachen University)

Day 1: Tuesday Sep 1, 2009


Conference Program

14:00 ID450

Measurement of Micro Flow and Analysis of Stress on Surface of Compact Hollow-Fiber ModuleTakaki Okubo, Kazuo Yamamoto, Kouichi Nishino(Hakodate College of Technology)

ID155

Simultaneous Methane Production and Shortcut Biological Nitrogen Removal in A Low Strength Wastewater TreatmentFook Sin Wong, Yan Pui Moy, Yingyu An and Bing Wu(Nanyang Technological University)

ID340

Pilot Scale Evaluation of Biofiltration as an Innovative Pre-treatment for UF Membranes for Drinking Water TreatmentHuck, P.M., S. Peldszus, C. Hallé, H. Ruiz, X. Jin, M. Van Dyke, G. Amy, W.Uhl, M. Theodoulou and D. B. Mosqueda-Jimenez(University of Waterloo)

ID337

The fate of C-14 radiolabelled diclofenac and 4’-hydroxydiclofenac in a laboratory scale MBRY.-P. Cui,L.-J.Yu, C.-H. Xing(Polytechnic University of Milan)

14:20 ID113

Factors affecting the performance of submerged MBR-ModulesS. Krause, B. Zimmermann and Z.J. Dong(Microdyn-Nadir GmbH,Germany)

ID562

Assessment of Advanced Membrane Treated Municipal Wastewater for Reuse in Kuwait.A.Abusam , A. Shahalam(Kuwait Institute for Scientific Research)

ID452

Coagulation pre-treatment for drinking water treatment by membrane process of river waterM. K. Park, H. N. Jang, D. S. Lee, J. D. Kim, S. O. Ko(KUMHO Engineering & Construction)

ID138

Reverse osmosis followed by activated carbon filtration for efficient removal of organic micropollutants from river bank filtrateF. Schoonenberg Kegel, B.M. Rietman, A.R.D. Verliefde(Vitens N.V.)

14:40 ID484

Preparation and application of micro patterned PVDF membrane to MBRYoung-June Won·Taeil Kim · Jae-Hyuk Kim · Jae- Woo Lee · Hong Hee Lee · Chung-Hak Lee(Seoul National University)

ID270

The Combined Colloid-Organic Fouling on Nanofiltration Membrane for Wastewater Treatment and ReuseC.M.C. Law, X.Y. Li(University of Hong Kong)

ID583

Performance and Application of Hollow Fiber Ultrafiltration Membrane of PVC Alloy in Supply of Municipal Drinking WaterLiang-Gang CHEN, Qing CHEN, Jie CHEN (HAINAN LITREE PURIFYING TECHNOLOGY CO.,LTD)

ID388

Removal of Typical Endocrine Disrupting Chemicals by Membrane BioreactorYingjun Zhou, Xia Huang, Haidong Zhou, Jianhua Chen, Wenchao Xue(Tsinghua University)

15:00 ID530

Design of High Surface Area Inorganic Membrane Module for Water Filtration/SeparationWei Liu(Pacific Northwest National Lab)

ID242

Pilot plant experiences using Mesh filter modules for direct activated sludge separationChristian Loderer, Werner Fuchs(Boku Vienna / IFA-Tulln)

ID204

Amperometric detection of enzyme labelled bacteriophages: a new method to characterise online dynamics of virus and tracer retention in microfiltration and ultrafiltration processesLaurence.Soussan, C. Guigui, S. Alfenore, S. Mathe, C. Cabassud(INSA-Toulouse)

ID315

Degradation of NF/RO polyamide membranes due to chlorine attack – Effects on the removal of pharmaceutically active compoundsAlexander Simon and Long Duc Nghiem(University of Wollongong)

15:20 Coffee break Coffee break

Chair: Chair: Chair: Chair:

15:40 ID490

Effect of Surface Morphology on Antifouling Property of Porous Hollow Fiber MembranesT. Katagiri, Y. Ohmukai, T. Maruyama, T. Sotani, H. Matsuyama(Kobe University)

ID095

Biofouling Control by Biological Activated Carbon Filtration: a Promising Method for WWTP Effluent ReusePeter van der Maas, Elbert Majoor, Jan C. Schippers(WLN)

ID381

Factors influencing the removal of As(V) from groundwater by NF/ROWei-fang MA, WEN-jun Liu, Xiao-weiXing WANG,Yongjie XING(Tsinghua University)

ID122

Effects of Powdered Activated Carbon Dosing on Sludge Characteristics and Estrogens Removal in Membrane BioreactorW. Yang, M. Paetkau, N. Cicek(University of Manitoba)

16:00 ID285

Modification of Polysulfone Membranes via Surface-initiated Atom Transfer Radical PolymerizationHan-Bang Dong, You-Yi Xu, Li-Ping Zhu, Jun-Li Shi, Bao-Ku Zhu(Zhe Jiang University)

ID356

Simultaneous Sulfate Reduction, Denitrification and Nitrification in a Membrane-Aerated Biofilm Measured Using MicrosensorsShuying Tan, Tong Yu and Han-Chang Shi(University of Alberta)

ID346

Pressure and Submerged Membranes in Multibarrier Systems for the Treatment of Surface WaterArnold Gmünder, Daniel Vescoli(WABAG Water Technology Ltd)

ID177

Are MBRs really more efficient in removing pharmaceutical substances? Comparison of a full scale Conventional Activated Sludge process and a MBR pilot plant Helene Bouju , G. Buttiglieri, F. Malpei(Polytechnic University of Milan)

16:20 ID123

Membrane aging impacts on virus rejection performance Z. Tonkovic, A.S. Lanchbery, T. Pelly, H. Chidgey(Yabbie Pond Pty Ltd)

ID580

Pilot study in Singapore on MBR-RO Process for Wastewater ReclamationYasuo ODA, Takanori ITONAGA, Toshiyuki KAWSHIMA, C.B. Chidambara RAJ, Craig Bartels(Mitsubishi)

ID148

Evaluation of norovirus removal performance in a coagulation–ceramic microfiltration process by using recombinant norovirus VLPsN. Shirasaki, T. Matsushita, Y. Matsui, T. Urasaki, A. Oshiba and K. Ohno(Hokkaido University)

ID421

A Study on the Removal of Carbamazepine and Nitrobenzene in an Enhanced Membrane Bioreactor Process by Adding Powder Activated CarbonLiqiu Zhang, Taro Urase, Feng Li(Beijing Forestry University)


Conference ProgramConference Program

16:40 ID245Intestine inspired design of new membrane Yiwen Ren, Kaisong Zhang(Institute of urban environment, CAS)

ID010

Comparison of membrane modules in domestic wastewater treatment plant – three years of test operationI. Bodík, A. Blšťáková, S. Sedláček(Slovak university of technology)

ID394

Coagulation-Microfiltration for Cleaning Lake Water Using Ceramic MembranesWeixing Li, Liyue Zhou, Weihong Xing, Nanping Xu(Nanjing University of Technology)

ID483

Automated Batch Membrane Bioreactor for the Degradation of Inhibitory WastewaterG. Buitrón, J.L. Sandoval, A. Vargas(National Autonomous University of Mexico)

17:00 ID121

Low-Pressure Membrane Integrity Testing: A Historical Perspective in the United StatesC. Liu(Pall)

ID093

Fouling mitigation by feed pre-treatment in the ultrafiltration of an activated sludge lagoon effluent for water reuseLinhua Fan and Felicity A. Roddick(RMIT University)

ID541

Comparison of pre-treatment technologies to feed surfacewater nanofiltration unit for drinking waterC. Breda; S. Couturier, Ph. Marteil, Ph. Bréant, H. Suty(Veolia Environnement,)

ID316Removal of Algogenic Organic Matter by MIEX-pretreatment and its Effect on Fouling in UltrafiltrationCheng Liu, Wei Chen,Zhi-gang Han(Hohai University)

17:20 Poster Session Poster Session

Day 2: Wednesday Sep 2, 2009





Session 2.1 Membrane materials and configuration (2) Industrial wastewater treatment (1) Membrane bioreactor (1) Fouling mechanisms (1)

Time Chair: Chair: Chair: Chair:

From

08:30 Keynote Keynote

From Membranes to Successful Integration of Membrane Based Solutions Into Industrial Water Management SchemesHerve Buisson(Veol ia Water – Solut ions and Technologies Americas and Australia)

Keynote Submerged MBR technology: past, present and futureKazuo Yamamoto(The University of Tokyo, Japan) Keynote Membrane fouling and interfacial interactions

DJ Lee(National Taiwan University, Chinese Taiwan)

09:00 ID382

PVDF ultrafiltration membrane modified by nano-particles and its antifouling performance on organic contaminantsShui-li Yu, Wen-xin Shi, Yan Lu, Ji-xiang Yang(Harbin Institute of Technology)

ID131

MONITORING STABILITY OF ANAEROBIC DIGESTERS USING BIOFILM GROWN ON OXYGEN TRANSFER MEMBRANESP.G. Rathnasiri, Deshai Botheju, Rune Bakke(University of Moratuwa)

ID013Comparing dead-end and cross-flow filtration conditions for an immersed anoxic membrane bioreactorE.J. McAdam, S.J. Judd(Cranfield university)

ID402

Crossflow Sampler Modified Fouling Index (CFS-MFI) – An Alternative Fouling Index for Seawater Reverse Osmosis DesalinationLee-Nuang Sim, Yun Ye, Vicki Chen, A.G. Fane(The University of New South Wales)

09:20 ID107

A study on membrane morphology by optical and microscopic methodsR. Tamime, Y. Wyart, L. Siozade, I. Baudin, C. Deumié, K. Glucina, P. Moulin(Université Paul Cézanne Aix Marseille, Laboratoire de Mécanique,)

ID006

Treatment of Synthetic Kraft Eavporator Condensate Using Thermophilic and Mesophilic Membrane Aerated Biofilm ReactorsM. R. Zheng, L. Ratana-Rueangsri and B. Q. Liao(Lakehead university)

ID472

Novel and complex bacterial communities involved in biofilm formation in membrane bioreactors treating municipal wastewaterLI-NAN HUANG , HELEEN DE WEVER, LUDO DIELS(Sun Yat-sen University)

ID099

Colloidal fouling of MF and UF membranes in water treatment: Principles, occurrence, and reductionHaiou Huang(Johns Hopkins University, Center for Water and Health)

09:40 ID125

A sensitivity Study of PDT and LRV as Evaluation Tools for Bacteria and Virus Removal in Low Pressure Membrane ApplicationsZ Cao, F. Zha, D. Holtom(Siemens Water Technologies)

ID453

Anaerobic Membrane Bioreactor for the Treatment of a High Strength, Low pH Industrial Wastewater: Preliminary Pilot Scale InvestigationsVan Niekerk M, Augustyn MP,Van Zyl PJ(Sasol Research & Development)

ID457

A Comparative Study between Conventional Activated Sludge (CAS) followed by Ultrafiltration vs. Membrane Bio-Reactor (MBR) Treatment on the Removal of Organic PollutantsE. Sahar, M. Ernst, M. Godehardt, A. Hein, J. Herr, C. Kazner, T. Melin, H. Cikurel, A. Aharoni, R. Messalem, A. Brenner; Martin Jekel(TU Berlin)

ID012

Fouling Effects of Humic and Alginic acids in Nanofiltration and Influence of Solution SompositionMohammad Ali Zazouli, Simin Nasseri, Mathias Ulbricht(Mazandaran university of medical sciences)



10:00 Coffee break Coffee break Chair: Chair: Chair: Chair:

10:20 ID136

Multilayered polyelectrolyte complexes as nanofiltration membranes for anion separationXianfeng Li, Pejman Ahmadian Namini, Ward Goyens and Ivo F.J. Vankelecom(Katholieke Universiteit Leuven)

ID358

Circulating cooling water treatment with process control in the coal chemical industryYuansheng Pei, Zhifeng Yang, Weidong Wang(Beijing Normal University)

ID399

Membrane Fouling Control in an Anaerobic Membrane Bioreactor Coupled with Online Ultrasound Equipment for Digestion of Waste Active SludgeMeilan Xu, Xianghua Wen, Xia Huang, Yushan Li(Tsinghua University)

ID442

Analysis of the materials characteristics of the assemblage layer formed by humic acidNingning Yang, Xianghua Wen, T.David Waite, Xiaomao Wang(Tsinghua University)

10:40 ID544

Fouling Monitoring Techniques for Water Treatment Membrane ProcessesKuo-Lun Tung, Shih-Chieh Lai, Nien-Jung Lin and Yu-Ling Li(Chung Yuan Christian University)

ID360

Evaluation of Critical Flux and Performance of a Submerged Membrane Bioreactor Treating Cephradine Antibiotic Industrial WastewaterS. Sundararaman and Raman saravanane(Pondicherry Engineering College)

ID370

TREATMENT PERFORMANCE AND MEMBRANE FOULING IN SUBMERGED ANAEROBIC MEMBRANE BIOREACTORZ. Huang, H. Y. Ng and S. L. Ong(National University of Singapore)

ID251

Characterisation of membrane fouling in water treatment processes: case studiesGilberte GAVAL, Valérie JACQUEMET, Coralie ROBERT, Jean-Christophe SCHROTTER(Veolia Environnement - Water Research center)

11:00 ID301

Water Permeable Substrates for Supported Phospholipid BilayersYair Kaufman, Viatcheslav Freger(Ben Gurion University)

ID449

Using Gas Membrane to Remove Cyanide from Acrylonitrile WastewaterJinling Wu, Haiyang Liu, Shijun He, Jianlong Wang, Xia Huang(Tsinghua University)

ID300

Performances and fouling control of a flat sheet membrane in a MBR pilot-plantA. Grélot, P. Grelier, A. Tazi-Pain, B. Lesjean, U. Brüss, A. Grasmick(Anjou Recherche)

ID271

Effects of natural organic matter fractions on flux decline and rejection of charged ultrafiltration membranesHongchen Song, Jiahui Shao, Yiliang He(Shanghai Jiao Tong University)

11:20 ID133

Long term Experiences with Innovative Rotating Ultrafiltration Membranes in MBR-ApplicationsTorsten Hackner(Hans Huber AG)

ID550

Membranes for water recovery from industrial effluents and other waste watersA.V.R. Reddy, P. Singh, P. Ray, S.V. Joshi, J. J.Trivedi, A. Prakash Rao,T. J. Trivedi, B. K.Thakur, C. V. Devmurari,( Central Salt & Marine Chemicals Research Institute)

ID377

Evaluation of the importance of various operating and sludge property parameters in the fouling of membrane bioreactorsFei-yun Sun and Xiao-yan Li(University of Hong Kong)

ID517

Searching for a universal fouling indicator for MBRT. de la Torre, V. Iversen, J. Stüber, R. Mehrez, A. Drews, B. Lesjean, M. Kraume, M. Ernst, M. Jekel, F. Meng(Berlin Centre of Competence for Water)

11:40 ID538

On-line Monitoring of Membrane Bioreactors by 2D-Fluorescence SpectroscopyCláudia F. Galinha, Carla Portugal, Gilda Carvalho, Rui Oliveira, Maria A. M. Reis, João G. Crespo(FCT -Universidade Nova de Lisboa)

ID257

Treatment of Kraft Evaporator Condensate Using a Thermophilic Submerged Anaerobic Membrane Bioreactor K. Xie, H. J. Lin, B. Q. Liao and Daniel Bertoldo(Lakehead University)

ID119

Occurrence, source and fate of dissolved organic matter (DOM) in a pilot-scale MBR plantFangang Meng, Renata Mehrezb, Vera Iversena, Anja Drewsa, Martin Jekelb, Mathias Ernstc, Matthias Kraumea(TU Berlin)

ID084

Effect of pore size on treatment performance and fouling in ceramic membrane bioreactorsL. Jin, H. Y. Ng and S. L. Ong(National University of Singapore)

12:00 Lunch Lunch





Session 2.2 NF/RO filtration Industrial wastewater treatment (2) Membrane bioreactor (2) Membrane Fouling


From

13:00 Keynote

Nanobiosensor for membrane biofoulingIn S. Kim(Gwangju Institute of Science and Technology, Korea)

Keynote

Making use of industrial wastewaters: A challenge to membrane technologyMarianne Nystrom(Lappeenranta University of Technology, Finland)

Keynote

Nutrient Removal MBR Systems: Factors in design and operationPeter Dold(EnviroSim Associates Ltd.)

Keynote

In situ visualization of membrane fouling in different module configurations by ultrasonic reflectometry and wavelet analysisJianxin Li(Tianjin Polytechnic University, China)

13:30 ID520

Investigating Combined Fouling of Colloids and Organic Macromolecules on Nanofiltration and Reverse Osmosis MembranesA.E. Contreras, A.S. Kim, and Q. Li(Rice University)

ID258

Treatment of hypersaline oilfield produced water for recycle and beneficial reuseAlireza Pendashteh, Fakhru’l-Razi B. Ahmadun, Luqman Chuah B. Abdullah, Sayed Siavash Madaeni, Zurina Bt. Zainal Abidin, Dayang Radiah Bt. Awang Biak(Universiti Putra Malaysia)

ID535Holistic view at mechanical pre-treatment on municipal MBR plantsW. Schier, F.-B. Frechen, K. Drensla, A. Janot, N. Engelhardt, H. Exler, M. Ohme(Kassel University)

ID062

Investigation of Fouling Mechanism in Submerged Membrane Systems through Direct Observation of Foulant BehaviourS. Jankhah, P.R. Bérubé(The University of British Columbia)

13:50 ID459

A New Approach to the Characterization of Reverse Osmosis (RO) Membrane by Dynamic HysteresisE. Lee, S. Lee, S. K. Hong(Korea University)

ID509

Enhanced Biodegradation of 4-Aminobenzenesulfonate in MBR by Pannonibacter sp. W1Jin-Song Zhang, Yan-Qing Wang, Shu-Wen Goh, Ji-Ti Zhou, Rong, Wang, Anthony Gordon Fane(Nanyang Technological University)

ID437

Effect of upflow velocity on the performance of an inclined plate membrane bioreactor treating municipal wastewaterP.M. Fontanos, K. Yamamoto, F. Nakajima(University of Tokyo)

ID373

Fouling Potential Evaluation of Soluble Microbial Products in a Membrane Bioreactor Based on Hydrophobic/Hydrophilic FractionationYuexiao Shen, Wentao Zhao, Xia Huang(Tsinghua University)


14:10 ID253

Determination of concentration-dependent coefficient in nanofiltration Sarit Bason, Ora Kedem, Yoram Oren and Viatcheslav Freger(Ben Gurion University)

ID175Sun and water for a clean environment: Solar photo-FentonMaha A. Tony, Aghareed M. Tayeb(Minoufiya University)

ID378

Treatment Performance and Microbial Characteristics in Two-stage Membrane Bioreactor Applied to Partially Stabilized LeachateChart Chiemchaisri, Wilai Chiemchaisri, Pattamaporn Nindee, Chia-Yuan Chang,Kazuo Yamamoto(Kasetsart University)

ID422

Fouling behaviors in forward osmosis (FO) and reverse osmosis (RO): mechanisms and affecting factorsS. Lee, S. K. Hong, M. Elimelech(Korea University)

14:30 ID234

Membrane fouling in nanofiltration/reverse osmosis membranes used for municipal wastewater treatmentN. Ogawa, K. Kimura, Y. Watanabe(Hokkaido University)

ID227

A Hybrid System Combining Self-Forming Dynamic Membrane Bioreactor (SFDMBR) with Coagulation Process for Advanced Treatment of Bleaching Effluent from Straw Pulping ProcessShuang Liang, Jian Zhang , Baoyu Gao(Shandong University)

ID080

Overview of MBR activated sludge filterability at European scaleAdrien Moreau, Maria Lousada Ferreira, Arjen van Nieuwenhuijzen, Jaap van der Graaf(TU Delft)

ID100Lab and pilot scale investigation on biopolymer fouling in ultrafiltration of treated domestic wastewaterXing Zheng, Mathias Ernst, Martin Jekel(TU Berlin)


15:10 ID070

RO Brine Treatment and Recovery by Capacitive Deionization Based ProcessGuihe Tao, Bala Viswanath, Kiran Kekre, Lai Yoke Lee, How Yong Ng, Winson Chee Loong Lay, and Harry Seah(PUB Consultants Pte Ltd)

ID485

Performance and Effluent Characteristics Between a Conventional Discontinuous and a Membrane Discontinuous ReactorIván Moreno-Andrade and Germán Buitrón(National Autonomous University of Mexico)

ID543

Performance and membrane fouling of a sidestream membrane sequencing batch reactor system with granular sludgeLirong Xu,Xiang Tu,Sheng Zhang,Jianrong Zhu(Beijing Normal University)

ID229

Fouling potentials of polysaccharides in MBRs assessed by lectin affinity chromatographyT. Miyoshi, I. Tanaka, T. Tsuyuhara, E. Watanabe, T. Aizawa, K. KimuraandY. Watanabe(Hokkaido University)

15:30 ID407

Influence of solute-membrane affinity on rejection of uncharged organic solutes by nanofiltration membranesArne R.D. Verliefde, Emile R. Cornelissen, Sebastiaan G.J. Heijman, Eric M.V. Hoek, Gary L. Amy, Bart Van der Bruggen, Johannis C. van Dijk(TU Delft)

ID049

Comparison between a membrane bioreactor and an activated sludge process to treat a dyeing wastewater B. Chamam, M. Heran, R. B. Amar, A. Grasmick(Université de Montpellier II)

ID573

MBR treatment of chromium rich wastewaters: pilot plant studyLuca d’Antonio, Francesco Pirozzi, Rodolfo Maria Alessandro Napoli(University of Naples Parthenope)

ID462

Role of gelling soluble microbial products in membrane foulingXiao-Mao Wang and T. David Waite(The University of New South Wales)

15:50 ID369

The study on the surface charged behavior of nanofiltration membranes using electrochemical impedance spectroscopy technologyYing Xu, Meng Wang, Duo Wang, Congjie Gao(Ocean university of china)

ID117

Removal of organic compounds of real textile dyeing wastewater by pilot-scale hydrolysis reactor-hybrid membrane bioreactorZaisheng Yan, Shihe Wang, Xiaokun Kang, Yu Ma (Southeast University, Nanjing, China)

ID342

Comparison between a moving bed membrane bioreactor and a conventional membrane bioreactor on membrane foulingShuai Yang, Fenglin Yang(Dalian University of Technology)

ID499

The significance of interactions between organic compounds on low pressure membrane foulingS.R. Gray, N. Dow, J. Orbell, T. Tran and B.A. Bolto(Victoria University)

16:10 ID366

(Bio)fouling of RO Membranes: Investigating the role of Transparent Exopolymer Particles (TEP)L. O. Villacorte, M. D. Kennedy, G. L. Amy, J. C. Schippers(UNESCO-IHE Institute for Water Education)

ID260

Enhanced propionic acid degrading (EPAD) system: propionic acid rich stream obtained by ultrafiltration membrane and degradation by a side UASB reactorJ. Ma, M. Carballa, W. Verstraete.(Gent University)

ID526

Optimised hydrodynamics for membrane bioreactors with immersed flat sheet membrane modulesHelmut Prieske, Lutz Böhm, Anja Drews, Matthias Kraume(TU Berlin)

ID432

Membrane fouling in membrane bioreactors: gel layer characterizationP.F.H. van den Brink, G.O.J. Smith, A. Zwijnenburg, H. Temmink, M.C.M. van Loosdrecht(Wetsus/TU Delft)

16:30 ID417

Applicability of Nanofiltration for the Advanced Treatment of Landfill LeachateG D Li, W Wang, Q Y Du(Tianjin Motian Membrane Engineering Technology Co., Ltd.)

ID235

EPS Wastewater Reclamation by MBR+RO Integrated Membrane SystemShengsan Huang, Yufang Yang, Hiroo Takabatake, Guanghui Zhang, Ping Gu(ShangHai Toray Water Treatment Research Lab)

ID419

Osmotic Membrane Bioreactor: Effect of Intermittent Air Scouring on Membrane FoulingJ-J Qin, M. H. Oo, G. Tao, W. C. L. Lay, C. H. Lew, E.R. Cornelissen, C.J. Ruiken, K. A.Kekre(PUB Consultants Pte Ltd)

ID280Membrane organic fouling – A predictive study from surface interaction energy analysisC. Liu, Renbi Bai(National University of Singapore)

16:50 Poster Session Poster Session18:00 Gala dinner Gala dinner






Session 3.1 Fouling control (1) Novel hybrid membrane processes (1) Desalination(1) Case study


From

08:30 Keynote

Enzymatic Quorum Quenching for the Biofouling Control in submerged and crossflow membrane processes for wastewater treatment and reuseChung-Hak Lee(Seoul National University, Korea)

KeynoteAlternative membrane processes for removal of NOM in drinking water treatmentTorOve Leiknes(NTNU, Norway)

KeynoteNew trends in membrane technology for water treatment and desalination Enrico Drioli (The University of Calabria, Italy)

Keynote Franz-Bernd Frechen(University of KasselGermany)

09:00 ID277

A novel anti-fouling strategies for membrane bioreactor with electric fieldChien-Hung Chen, Chih-Pin Huang, Wei-Chieh Jen, Chen-Hua Chu, Wang-Kuan Chang(Industrial Technology Research Institute)

ID181

Fluid Dynamic Gauging: A New Technique for Measuring the Thickness and Strength of Filter Cake on Membrane SurfacesY. M. J. Chew, W. R. Paterson and D. I. Wilson(University of Cambridge)

ID400

Environmental impact assessments (EIA) and best available techniques (BAT) for membrane-based seawater desalinationSabine Lattemann, Maria S. Anarna, Jan C. Schippers, Maria D. Kennedy, Gary Amy(Oldenburg University)

ID477

Planning, Design, and Startup of a Large, Innovative Membrane Bioreactor FacilityE. Fleischer, A. Fonseca, G. T. Daigger, B. Canham, T. Broderick, M. Rumke, N.Johnson, D. Lynch(CH2M HILL)

09:20 ID140An Innovative Process to Clean Membranes at Reduced EnergyF Zha(Siemens Water Technologies)

ID040

A Hybrid Membrane Process for Simultaneous Thickening and Digestion of Waste Activated Sludge: Efficiency, Mechanisms and Fouling PropertiesZ.W. Wang, Z.C. Wu, X.H. Wang(Tongji university)

ID461

Submerged hollow fibre system as pre-treatment for the seawater reverse osmosis: Effect of the operation conditions and the characterisations of the permeate qualityYun Ye, LeeNuang Sim, Vicki Chen, A. G. Fane(University of New South Wales)

ID069

Large Scale Membrane Bioreactor Plant Design (Retrofit) and OptimisationGuihe Tao, Kiran Kekre, Maung Htun. Oo, Bala Viswanath, Cheun Hong Lew, Lock(PUB Consultants Pte Ltd)

09:40 ID273

Mapping Biofilm Formation in Large-scale Submerged Membrane Bioreactors to Treat Municipal WastewaterX. Zhang, L. LaFleur, H. Zhou(University of Guelph)

ID240

Effect of Solids Retention Time (SRT) on the Performance of a Hybrid Growth Membrane Bioreactor (HG-MBR) for Wastewater TreatmentFei Yang, Wang Ying, Amos Bick and Gideon Oron(Ben Gurion University)

ID445

Seawater Electrolysis using Ti/Pt Electrode: Formation of Percholrate and Rejection by SWRO membraneB. S. Oh, S. G. Oh, G.E. Back, Y.Y. Hwang, J.W. Kang, M.H. Hwang, In S. Kim(Gwangju Institute of Science and Technology (GIST))

ID581

Asahi Kasei Microza membrane technology and applicationsMengxian Shang, Hidehiko Tanaka(ASAHI KASEI Microza (Hangzhou) Co., Ltd.)



10:20 ID584Studies on Fouling and its prevention in MBRsB. Siembida, P. Cornel, S. Krause, B. Zimmermann(Technische Universität Darmstadt)

ID412

A NEW REACTOR FOR BIOLOGICAL TREATMENT OF COMPOUNDS FROM HYDROCARBONS SOURCES IN GROUNDWATERAndrea G. Capodaglio,Albert D. Venosa,Arianna Callegari,( University of Pavia)

ID502

Pilot Study on Ceramic Membrane Pre-treatment for Seawater RO Desalination in Tianjin, ChinaZ.L.CUI, W.B.PENG, W.H.XING, Y.Q.FAN, N.P.XU(Nanjing University of Technology)

ID570

Long-term performance of a small gravity-driven dead end membrane filtration unit for drinking water supply in cases of disastersF.B. Frechen, H. Exler(University of Kassel)

10:40 ID166

Improvement of filtration performance by cationic polyelectrolyte in non-woven membrane bioreactor with indications of capillary suction time and streaming potential Ren-Yang Horng, Min-Chao Chang, Hsin Shao, Be-Lain Shiau, Chih-Pin Huang(Industrial Technology Research Insitiute)

ID266

Membrane distillation and novel integrated membrane process for reverse osmosis drained wastewater treatmentXiaolong Lu, Chunrui Wu, Yue Jia, Huayan Chen, Xuan Wang (Tianjin polytechnic university)

ID324

A Novel Hybrid Forward Osmosis – Nanofiltration (FO-NF) Process for Energy-Efficient Seawater DesalinationChien Hsiang Tan and How Yong Ng(National University of Singapore)

ID582

The Application of 2AMBR technology in sewage disposal projectHui Liang (Beijing Origin Water Technology Incorporation Company)

11:00 ID105

Influence of permeation on air/water cleaning (AWC) of spiral wound membrane elementsE.R. Cornelissen, E.F. Beerendonk, L.P. Wessels and W.G.J. Van der Meer(KWR Watercycle Research Institute)

ID579

Comparison of Membranes and Separator Materials for Power Generation in Tubular Microbial Fuel Cells B.E. Logan, Y. Zuo, X. Huang, and X. Zhang(Penn State University)

ID164

Are Fouling Indices Representative in Assessing Pretreatment to Sea Water DesalinationC. Khorshed, S. Vigneswaran, H.-K.Shon, J. Kandasamy(University of Technology, Sydney)

ID075

Review of the Performance of Full-Scale MBR Plants: Design, Operation and Process DataS.K. Pattanayak, S. Chang, M. Theodoulou, V. Mahendraker(The University of British Columbia,)

Day 3: Thursday Sep 3, 2009

REGISTRATION FORM IWA Membrane Technology Conference & Exhibition2009 Beijing International Convention Center, Beijing, China, Sep1-3, 2009

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23IWA Membrane Technology Conference & Exhibition 2009





Session 3.1 Fouling control (1) Novel hybrid membrane processes (1) Desalination(1) Case study


From

08:30 Keynote

Enzymatic Quorum Quenching for the Biofouling Control in submerged and crossflow membrane processes for wastewater treatment and reuseChung-Hak Lee(Seoul National University, Korea)

KeynoteAlternative membrane processes for removal of NOM in drinking water treatmentTorOve Leiknes(NTNU, Norway)

KeynoteNew trends in membrane technology for water treatment and desalination Enrico Drioli (The University of Calabria, Italy)

Keynote Franz-Bernd Frechen(University of KasselGermany)

09:00 ID277

A novel anti-fouling strategies for membrane bioreactor with electric fieldChien-Hung Chen, Chih-Pin Huang, Wei-Chieh Jen, Chen-Hua Chu, Wang-Kuan Chang(Industrial Technology Research Institute)

ID181

Fluid Dynamic Gauging: A New Technique for Measuring the Thickness and Strength of Filter Cake on Membrane SurfacesY. M. J. Chew, W. R. Paterson and D. I. Wilson(University of Cambridge)

ID400

Environmental impact assessments (EIA) and best available techniques (BAT) for membrane-based seawater desalinationSabine Lattemann, Maria S. Anarna, Jan C. Schippers, Maria D. Kennedy, Gary Amy(Oldenburg University)

ID477

Planning, Design, and Startup of a Large, Innovative Membrane Bioreactor FacilityE. Fleischer, A. Fonseca, G. T. Daigger, B. Canham, T. Broderick, M. Rumke, N.Johnson, D. Lynch(CH2M HILL)

09:20 ID140An Innovative Process to Clean Membranes at Reduced EnergyF Zha(Siemens Water Technologies)

ID040

A Hybrid Membrane Process for Simultaneous Thickening and Digestion of Waste Activated Sludge: Efficiency, Mechanisms and Fouling PropertiesZ.W. Wang, Z.C. Wu, X.H. Wang(Tongji university)

ID461

Submerged hollow fibre system as pre-treatment for the seawater reverse osmosis: Effect of the operation conditions and the characterisations of the permeate qualityYun Ye, LeeNuang Sim, Vicki Chen, A. G. Fane(University of New South Wales)

ID069

Large Scale Membrane Bioreactor Plant Design (Retrofit) and OptimisationGuihe Tao, Kiran Kekre, Maung Htun. Oo, Bala Viswanath, Cheun Hong Lew, Lock(PUB Consultants Pte Ltd)

09:40 ID273

Mapping Biofilm Formation in Large-scale Submerged Membrane Bioreactors to Treat Municipal WastewaterX. Zhang, L. LaFleur, H. Zhou(University of Guelph)

ID240

Effect of Solids Retention Time (SRT) on the Performance of a Hybrid Growth Membrane Bioreactor (HG-MBR) for Wastewater TreatmentFei Yang, Wang Ying, Amos Bick and Gideon Oron(Ben Gurion University)

ID445

Seawater Electrolysis using Ti/Pt Electrode: Formation of Percholrate and Rejection by SWRO membraneB. S. Oh, S. G. Oh, G.E. Back, Y.Y. Hwang, J.W. Kang, M.H. Hwang, In S. Kim(Gwangju Institute of Science and Technology (GIST))

ID581

Asahi Kasei Microza membrane technology and applicationsMengxian Shang, Hidehiko Tanaka(ASAHI KASEI Microza (Hangzhou) Co., Ltd.)



10:20 ID584Studies on Fouling and its prevention in MBRsB. Siembida, P. Cornel, S. Krause, B. Zimmermann(Technische Universität Darmstadt)

ID412

A NEW REACTOR FOR BIOLOGICAL TREATMENT OF COMPOUNDS FROM HYDROCARBONS SOURCES IN GROUNDWATERAndrea G. Capodaglio,Albert D. Venosa,Arianna Callegari,( University of Pavia)

ID502

Pilot Study on Ceramic Membrane Pre-treatment for Seawater RO Desalination in Tianjin, ChinaZ.L.CUI, W.B.PENG, W.H.XING, Y.Q.FAN, N.P.XU(Nanjing University of Technology)

ID570

Long-term performance of a small gravity-driven dead end membrane filtration unit for drinking water supply in cases of disastersF.B. Frechen, H. Exler(University of Kassel)

10:40 ID166

Improvement of filtration performance by cationic polyelectrolyte in non-woven membrane bioreactor with indications of capillary suction time and streaming potential Ren-Yang Horng, Min-Chao Chang, Hsin Shao, Be-Lain Shiau, Chih-Pin Huang(Industrial Technology Research Insitiute)

ID266

Membrane distillation and novel integrated membrane process for reverse osmosis drained wastewater treatmentXiaolong Lu, Chunrui Wu, Yue Jia, Huayan Chen, Xuan Wang (Tianjin polytechnic university)

ID324

A Novel Hybrid Forward Osmosis – Nanofiltration (FO-NF) Process for Energy-Efficient Seawater DesalinationChien Hsiang Tan and How Yong Ng(National University of Singapore)

ID582

The Application of 2AMBR technology in sewage disposal projectHui Liang (Beijing Origin Water Technology Incorporation Company)

11:00 ID105

Influence of permeation on air/water cleaning (AWC) of spiral wound membrane elementsE.R. Cornelissen, E.F. Beerendonk, L.P. Wessels and W.G.J. Van der Meer(KWR Watercycle Research Institute)

ID579

Comparison of Membranes and Separator Materials for Power Generation in Tubular Microbial Fuel Cells B.E. Logan, Y. Zuo, X. Huang, and X. Zhang(Penn State University)

ID164

Are Fouling Indices Representative in Assessing Pretreatment to Sea Water DesalinationC. Khorshed, S. Vigneswaran, H.-K.Shon, J. Kandasamy(University of Technology, Sydney)

ID075

Review of the Performance of Full-Scale MBR Plants: Design, Operation and Process DataS.K. Pattanayak, S. Chang, M. Theodoulou, V. Mahendraker(The University of British Columbia,)

.

IWA Membrane Technology Conference & Exhibition 2009

APPLICATION FOR STAND SPACE

Please keep a copy for your own file! Please email to [email protected]

Company Name:

Address / Postal Code:

Town / City: Country:

Telephone: Telefax:

E-mail: Website:

Contact Person: Job Title:

EXHIBITION SPACE The undersigned hereby agrees to participate as exhibitor in the IWA Membrane Technology Conference &

Exhibition 2009, to be held from 1-3 September 2009 in Beijing, China. The undersigned agrees to rent exhibition

space and/or exhibition space including shell scheme, as described below and is in agreement with the Terms

and Conditions as mentioned on the website www.iwa-mtc2009.org.

No. of sqm. Space: m2

• A Zone: m2 (minimum 9 sqm.), in 320$ per m2, sum total is

• B Zone: m2 (minimum 9 sqm.), in 240$ per m2, sum total is

• C Zone: m2 (minimum 9 sqm.), in 150$ per m2, sum total is

Shell scheme consist of hard wall system, fascia board with name of company and stand number, floor

covering, 1 table, 2 chairs, 1 wall socket (electrical outlet) incl. electricity supply, 2 spotlights, and waste basket.

Date Company stamp and Signature



11:20 ID207

Membrane fouling control property of a hybrid membrane bioreactor: effect of extracellular polymeric substancesQ. Liu, X. C. Wang, Y. J. Liu(Xi’an university of Architecture & Technology)

ID247

A Step-feed Hybrid MBR Process for advanced wastewater treatmentC.Y. Zhang, L.M. Yuan, Y. Ding, Y.Q. Zhang, Y. Li, Y.C. Zhang, F.F Jia(China University of Mining and Technology)

ID139

The Influence of Geometry and Wall Character of Pores on the Permeation of Ions and Water through Desalination MembranesW. M. Gao, F. H. She, L. X. Kong and P. D. Hodgson(Deakin University)

ID589

Downsizing ceramic membrane technology for demonstration of POU systems for quality drinking water Sibdas Bandyopadhyay(Central Glass and Ceramic Research Institute, India)

11:40 ID504

Decomposition of NOM by Ultrasonic Irradiation in a Submerged Membrane SystemElif Soyer, Esra Erdim, Selin Tasiyici and Ismail Koyuncu(Istanbul Technical University)

ID143

Performance and Quality Analysis of Membrane Cartridges Used in Long-term OperationK. NISHIMORI, M. TOKUSHIMA, S. OKETANI(KUBOTA Corporation)

ID158

Low Pressure RO Membranes for Brackish Water Desalination and Wastewater Reclamation and Their Operation Results M. Henmi, T. Uemura, Y. Fusaoka, T. Sasaki and M. Kurihara(Water Treatment Technology Center, Toray Industries)

ID557

TREATMENT OF INDUSTRIAL WATER BY UF -WASTE WATER REUSE, DESALINATIONPeter Berg, Roland Winkler, Ralf Krüger(Inge Watertechnologies AG)

12:00 Lunch Lunch





Session 3.2 Fouling control (2) Novel hybrid membrane processes (2) Desalination (2) Process modeling and simulation

Time Chair: Chair: Chair: Chair:From

13:00 Keynote 20 Years of Bubbling, and still onZF Cui(Oxford University, UK) Keynote Pretreatment of RO

Roger Ben Aim(INSA, France) Keynote

The Materials Development and Module Designs in Membrane Distillation Process for Pure Water Production(Neal) Tai-Shung Chung(National University of Singapore,Singapore)

Keynote

Determination of Fouling Layer Material Properties and Application to Prediction of Constant Pressure and Constant Flux Filtration BehaviourD.T. David(The University of New South Wales, Australia)

13:30 ID481

Reduction of excess sludge and improvement of membrane filterability in MBR combined with a turbulent jet flow ozone contactorByung-Kook Hwang, Hyuk-Soo Son, Chang Hoon Ahn, Chung-Hak Lee, Jae-Yoon Song, Young-Hyun Ra(Seoul National University)

ID345

Diffusion dialysis with anion exchange membranes- an effective tool for recovering/recycling of acids-contained industrial spent liquorsTongwen Xu and Zhaoming liu(University of Science and Technology of China)

ID338

Scaling and cleaning behavior of forward osmosis membranesBaoxia Mi, Menachem Elimelech(The George Washington University)

ID109

Investigation of the Deposition Kinetics and Distribution of Foulants on Reverse Osmosis Membranes Using Synchrotron Infrared MicrospectroscopyT. Tran, B. Bolto, M. Hoang, A. Hill, M. Tobin(CSIRO Materials Science and Engineering)

13:50 ID111

Experimental measurements of shear stress in a tubular airlift membrane systemN. Rios, C.C.V. Chan, P.R. Berube and I. Nopens(BIOMATH - Ghent University)

ID418

Application of PTFE Membrane for the Ammonia Removal in Membrane ContactorY.T. Ahn, Y.H. Hwang, C.M. Moon, D.G. Kim, H.S. Shin(KAIST)

ID254Hydrophobic Membranes for Salts Recovery from Desalination PlantsE. Drioli , F. Macedonio(University of Calabria)

ID531

Monitoring the variations of alpha factor in a full scale membrane bioreactor using daily mass balancesY. Racault, A-E. Stricker, A. Husson, M. Gaillard, S. Gillot.(CEMAGREF)

14:10 ID489

Air bubbling for alleviating membrane fouling of immersed hollow fiber membrane for ultrafiltration of river waterJia-yu Tian, Heng Liang, Zhong-lin Chen, Jun Nan, Shu Lu, Gui-bai Li(Harbin Institute of Technology)

ID228

The Application of cation exchange Membrane in the Novel process of Alumina ProductionZhang-long Yu, Yong-mei Chen, Ning-ning Yao, Rui Zhu, Feng Zhao, Xiao-guang Liu,Ping-yu Wan(Beijing University of Chemical Technology)

ID586A New Method for Water Desalination Using Microbial Desalination CellsXiaoxin Cao, Xia Huang (Tsinghua University)

ID055

Experimental Studies and Modeling on Concentration Polarization in Forward OsmosisJian-Jun Qin, Sijie Chen, Maung Htun Oo, Kiran A Kekre(PUB Consultants Pte Ltd)


14:50 ID074

Development of High-flux, Low Air-scoured and Less Backwashed Dynamic Filter to Realize Low-cost Membrane Bioreactor -A pilot-scale demonstration in sewage treatmentPeng Bai, Xin Chen, Jing Wang and Guang-Hao Chen(The Hong Kong University of Science & Technology)

ID555

Emulsion liquid membrane pertraction of heavy metal ions from aqueous solutions and electroplating effluentSivaramu Venkatesan, K.M. Meera Sheriffa Begum(Anna University Tiruchirappalli)

ID190Seawater Desalination with Memstill Technology – a Sustainable Solution for the IndustryYoong Keat Kelvin Koh(PUB Consultants Pte Ltd)

ID256Benchmark Simulation Model for Membrane Bioreactors for Comparison of Control StrategiesT. Maere, P. T. Pham, L. Benedetti, I. Nopens(Gent University)

15:10 ID294

Combating with Manganese Fouling in Microfiltration SystemJ.L. Lim, C.H. Kim, H.J. Yang, H.S. Kim,( Korea Water Resources Corporation)

ID096

Two-stage Biodegradation Coupled with Ultrafiltration for Treatment of Municipal Landfill LeachateKe-wu Pi a,b ⅠWen-qi Gong bⅠDuan-ji Wana(Hubei University of Technology)

ID168 Seawater Reverse Osmosis Total Cost of OwnershipRichard L. Stover,Rebecca Lu(Energy Recovery Inc) ID395 A Novel Approach to Modeling Cross-flow Membrane Filtration

E.H. Khor, Y. Samyudia(Curtin University of Technology)

15:30 ID274

Effect of bubble size distribution of aeration on shear stress working on flat-sheet membrane surface in MBRsTairi Li, Hiroshi Nagaoka(Musashi institute of technology)

ID479Employing of Air in the Membrane Filtration ProcessXuezhi Zhang, John Crittenden and Yongsheng Chen(Arizona State University)

ID231

Influences of sodium dodecyl sulfate (SDS) in polyamine solution on properties of polyamide thin film composite (TFC) reverse osmosis (RO) membranes prepared by interfacial polymerizationChen Zhang,Zhi Wang, Meirong Duan, Jixiao Wang, Shichang Wang,(Tianjin University)

ID355

Simulation and Optimization of an experimental membrane Wastewater Treatment Plant using Computational Intelligence MethodsPeter Kern, T. Ludwig, M. Bongards(Cologne University of Applied Sciences)

15:50 ID221

A novel anti-fouling strategies for membrane bioreactor with electric field Chien-Hung Chen, Chih-Pin Huang, Wei-Chieh Jen, Chen-Hua Chu, Wang-Kuan Chang(Industrial Technology Research Institute)

ID518

Effect of coagulation conditions on the performance of the in-line coagulation/ultrafiltration process: A pilot study.Rongchang Wang, Hao Tong, Siqing Xia, Xinmin Zhan, Zhang Yalei, Jianfu Zhao(Tongji University)

ID021Process of desalination of low energy consumption. Magnetohydrodynamics desalination process.Pedro.Penasb(University of Alicante)

ID297

A Mathematical Model for Predicting Membrane Fouling in a Reverse Osmosis Membrane processYoung Geun Lee, Yun Seok Lee, Da Hee Jung, Sangho Lee, Dae Ryook Yang, In S. Kim and Joon Ha Kim(Gwangju Institute Science and Technology (GIST))

16:20Announcing post wards: Tone Fane Conference summary: Xia HuangClosing address: Roger BenAim



Best poster awards and Best student poster awards:A “Best poster award” is set by the IWA-MTC2009 conference organizing committee for awarding 2-3 best posters that will be selected via a voting procedure amongst all attendees. Poster presentation within the scope of the conference major themes can be presented by the authors at the poster sessions. All conference participants are welcome to vote their favorites posters based on the quality of research, structure of poster, presentation of the author by filling an evaluating form. The winners are the posters won the highest total scores.

A “Best student poster award” is especially set for awarding 2 – 3 student presenters, selected in the same way with the selection of “Best poster award”.

The winners will be announced at the closing ceremony of conference, and receive an award certificate and prizes.-

Poster Session:IWA-MTC2009 ID Authors Nation Paper Title

IWA MTC 2009-008 Kuo-Lun Tung, Yu-Ling Li, Jen-Yung Lai and Chiew-Fung Lim China TaiWan Membrane Separation Process for Wash-up Effluent Treatment from Water-Based Flexo

Inks Production Industry

IWA MTC 2009-009 He Wen-jie1 2, Li Chen1, Huang Ting-lin1, Kang hua3 China.P.R Kinetics of optimum time for sludge drainage in a submerged membrane bioreactor

IWA MTC 2009-019 Ali H. GHAWI*, josef KRIS** Slovak Republic Numerical simulation of an oxidation ditch flow using CFD

IWA MTC 2009-020 Cheng cah China.P.R Research on Removal of 17α - ethinylestradiol in Water by Nanofiltration Membrane

IWA MTC 2009-022 Zhao-bo Chena,*, Ai-juan Zhoub, Dong-xue Hub, Nan-qi Rena, Yu Tiana, Zhen-Peng Zhangc China.P.R Pollutants removal and simulation model of an integrated membrane process for

wastewater treatment and reuse in submarine cabin for long voyage

IWA MTC 2009-024 Haiyan Guo1,2, Jiti Zhou2, Xiuhong Zhang2 China.P.R Nitrogen Removal Characterization in an ACBR Reactor

IWA MTC 2009-026 LI FU-qin*, TIAN CHAN-chan**, LI JIAN-hong**, HE XU-wen*** China.P.R Characteristics and Prevention of Bio-Fouling of Reverse Osmosis Membrane

IWA MTC 2009-027 Huajuan Mo* and How Yong Ng** Singapore An experimental study on effect of spacer on concentration polarization in a long channel RO membrane module

IWA MTC 2009-028 Zhan Wang*, Shanshan Zhao, Liying Yang China.P.R Influence of various operating conditions on cleaning efficiency in SBR. PartⅠ. Hydraulic cleaning process

IWA MTC 2009-030Mitra Gholam

Iran Evaluation of Reverse Osmosis Technology for chromium removal from industrial wastewater

IWA MTC 2009-032 Dejun Bian, Haiyan Guo, Wenhua Zhang China.P.R Simultaneous C, N and P Removal in a Hybrid CAST Reactor

IWA MTC 2009-033 Zhang Shoutong*, Yang Fenglin, Yin Ying, Guo Haiyan, Fei Qingzhi China.P.R The Influence of Temperature on Characteristics of Activated Sludge and Membrane

Fouling In a Membrane Bioreactor

IWA MTC 2009-034 Slesarenko Viatcheslav Russia Investigation of natural water and industrial drainage cleaning processes in membrane apparatus under the magnetic field influence

IWA MTC 2009-035 JIA Hui, ZHANG Yan,He Yu-qian, LUO Nan,WANG Jie China.P.R Effect of cleaning on line parameters of submerged hollow fiber module

IWA MTC 2009-037 Xiu-Fen Li*, Lei Feng, Jian Chen, Guo-Cheng Du China.P.R Characterization and fouling properties of exopolysaccharide produced by klebsiella oxytoca

IWA MTC 2009-041 P. Németh, I. Bodík, M. Buday, D. Vilím, A. Blšťáková, M. Drtil Slovak Republic Model unit of industrial wastewater treatment plant DUSLO Sala with membrane module

IWA MTC 2009-042 Irina Slesarenko Russia Choise of the membrane technology for cleaning water from artesian holes

IWA MTC 2009-045 Jin Li Zhaokun Luan Jun Wang Qi Wang China.P.R Experimental Test for Treatment of Wastewater Containing Seawater by MBR Process

IWA MTC 2009-046 F. P. Helmus und M. Schirmbeck, U. Meyer-Blumenroth und S. Krause Germany introduction of fluidized bed technology in MBR-processes for waste water treatment

IWA MTC 2009-047 P. Sridang, P. Wanichapichart, A. Grasmick Thailand Influence of water compositions on fouling of plane organic membrane in frontal filtration: Application to water and wastewater clarification

IWA MTC 2009-048 Z.W. Wang, Z.C. Wu, S.J. Tang China.P.R Impact of Temperature Seasonal Change on Sludge Characteristics and Membrane Fouling in a Submerged Membrane Bioreactor

IWA MTC 2009-049 B. Chamam, M. Heran, R. B. Amar, A. Grasmick France Comparison between a membrane bioreactor and an activated sludge process to treat a dyeing wastewater

IWA MTC 2009-050 TJ Brooms, SJ Modise[1], SM Nelana South africa Effects of oxidation states of nickel (Ni), copper (Cu), palladium (Pd) and silver (Ag) on the rejection by nanofiltration membranes.

IWA MTC 2009-051 Yun-Feng Yang, Ling-Shu Wan Zhi-Kang Xu China.P.R Surface hydrophilization and antibacterial functionalization for microporous polypropylene membranes: A facile interfacial crosslinking approach

IWA MTC 2009-052 Cheng Jiadi1, 3, Liu Rui1, Chen Lvjun1, 2, Li Ying1, Li Wei1, Gao Liangmin3 China.P.R Treatment of iron contaminated underground water using a novel UHMWPE tubular MF

membrane

IWA MTC 2009-053 Pi Kewu a,b,* , Gong Wenqia China.P.R Biodegradability enhancement of municipal landfill leachate

IWA MTC 2009-054 J-J Qin,*, M. H. Oo, G. Tao, W. C. L. Lay, C. H. Lew, E.R. Cornelissen, C.J. Ruiken, K. A. Kekre Singapore Preliminary Study of Osmotic Membrane Bioreactor: Effects of Draw Solution on Flux

and Air Scouring on Fouling

IWA MTC 2009-056 Jian-Jun Qin, Maung Htun Oo, Kiran A Kekre, Boris Liberman Singapore Novel Backwash Cleaning of Reverse Osmosis for Fouling Control

IWA MTC 2009-058 J.J. Qin, M. H. Oo , G.H. Tao , K. A. Kekre, T. Hashimoto Singapore Membrane Bioreactor for Reclamation of Municipal Wastewater under Tropical

Conditions

IWA MTC 2009-063 P. C. Munasinghe and C. Visvanathan Thailand Comparison of Nitrogen Removal between Conventional Membrane Bioreactor and Attached Growth Membrane Bioreactor

IWA MTC 2009-064 Shang-Hsin Ou , Yan-Chi Lee and Sheng-Jie You China TaiWan EPS characteristics and fouling formed mechanism in submerged membrane bioreactors

IWA MTC 2009-066 Zuzana Matulová*, Petr Hlavínek*, Miloslav Drtil** Czech Republic OPERATION OF SINGLE-HOUSEHOLD MBR WWTP

IWA MTC 2009-068 Jiebin Lin*, Jianxin Li*, Xiqi Jian** China.P.R UTDR as a Non-destructive Technique to Detect Membrane Fouling in a Spiral-Wound RO module

IWA MTC 2009-072 Fu Tingming China.P.R The mechanism of ceramic membrane fouling in clarification of Chinese herbal compound water extract

IWA MTC 2009-073 A.Moreau*, N. Rios**, I. Nopens**, J. van der Graaf* Netherlands The (in)significance of apparent viscosity in full scale MBR

IWA MTC 2009-078 M. Lousada-Ferreira *, A. van Nieuwenhuijzen**, J. van der Graaf ** Netherlands Characterizing municipal MBR activated sludge quality

IWA MTC 2009-081 Hongjie Wang*, Wenyi Dong**, Weiguang Li*, Wenchao Yin*, Guanghua Gan** China.P.R Effect of hydrophilic modification on polypropyrene microporous hollow fiber membrane

for membrane aeration

IWA MTC 2009-082 Dongdong Yuan China.P.R A Novel Glass Fiber Dynamic Membrane Bioreactor with flat grille module

IWA MTC 2009-083 Zhu haochen France Influence of an inhomogeneous membrane charge density on the rejection of electrolytes by nanofiltration membranes

IWA MTC 2009-087 T. Panayotova, M. Dimova – Todorova Bulgaria Pretreatment of natural waters before membranes processes

IWA MTC 2009-090 E. M. Guadix*, M. Palencia**, M. C. Almécija*, A. Guadix* Spain Evaluation of a cleaning protocol for ceramic membranes fouled by emulsified

metalworking oil

IWA MTC 2009-091 M.C. Almécija, A. Guadix, E.M. Guadix Spain Start-up of a cyclic membrane process involving whey diafiltration and chemical cleaning

IWA MTC 2009-094 M.T. Ramlah*, A.Baki**, K. Dzaraini*** and A.F. Ismail**** Malaysia Integrated membrane bioreactors using a newly developed ultrafiltration hollow fober

membrane for industrial wastewater treatment - case study: Palm Oil Mill industry

IWA MTC 2009-097 C. Machinal*, J.C. Schrotter*, C. Arnal**, P. Jacob**, K. Delabre** France Development of a reliable and quick protocol in order to compare performance of

commercially available UF membranes

IWA MTC 2009-098 B Bozkaya-Schrotter,C Daines, S Cheret, P Breant, J-C Schrotter France NOM Treatment in Nanofiltration Membrane Concentrates by Cost Effective Processes

IWA MTC 2009-101 C. Tansakul, S. Laborie, C. Cabassud France Membrane Hybrid Processes coupling Ultrafiltration and PAC Adsoprtion for Pretreatment before SWRO Desalination

IWA MTC 2009-102M. JACOB*, C. GUIGUI*, C. CABASSUD*, S. MASCLET**, L. MOULIN***, G. LAVISON***, A. STRICKER****, A. HUSSON****, Y. RACAULT****

France Impact of MBR operating parameters on RO membranes fouling and retention performances for wastewater reuse

IWA MTC 2009-103 J-P Méricq, S. Laborie, C. Cabassud France Use of Vacuum Membrane distillation to treat high concentrated RO brines

IWA MTC 2009-106 H. Guo*, Y. Wyart*, J. Perot**, F. Nauleau** and P. Moulin* France Magnetic particles for ultrafiltration membrane integrity test

IWA MTC 2009-108 Y. Wyart*, R. Tamime*, S. Nitsche**, D. Chaudanson**, K. Glucina*** and P. Moulin* France A new methodology to determine the pore size distribution of ultrafiltration membranes

by High Resolution Scanning Electron Microscopy (HRSEM)

IWA MTC 2009-110 N. Rios*, C.C.V. Chan**, P.R. Berube** and I. Nopens* Belgium Investigation of the effect of viscosity on slug flow in airlift tubular membranes in search

for a sludge surrogate

IWA MTC 2009-112 ZHANG Jinsong*, QIAO Tiejun** China.P.R Study on hybrid process of ultra-filtration and granular activated carbon filter in drinking water

IWA MTC 2009-113 S. Krause*, B. Zimmermann* and Z.J. Dong** Germany Factors affecting the performance of submerged MBR-Modules

IWA MTC 2009-114 Zhipeng Li, Xincheng Xu, Jianxin Li China.P.R Monitoring of Fouling and Cleaning of Hollow Fiber Membranes Using an Ultrasonic Technique


IWA MTC 2009-115 Bin Fan , Zhong-Guang Ji, Qing-Feng Yang China.P.R Build a Cleaner Industrial Cooling and Desalination System Using Membrane Distillation

IWA MTC 2009-116 Song Zhao, Zhi WangⅠ, Jixiao Wanga,b,c, Shichang Wanga,c China.P.R Effect of Polyaniline nanofibers with variable diameters on membrane performance

IWA MTC 2009-117 Yan Zaisheng, Wang Shihe, Kang Xiaokun, Ma Yu China.P.R Removal of organic compounds of real textile dyeing wastewater by pilot-scale hydrolysis reactor-hybrid membrane bioreactor

IWA MTC 2009-118Jerome Leparc*, Pierre Jean Remize*, Jean Frédéric Laroche*, Sophie Rapenne*, Caroline Barbé*, Jean Christophe Schrotter*, Philippe Bréant*

France Towards a better characterisation of pretreatment performance through the use of modified fouling index and membrane autopsies

IWA MTC 2009-120 Fangang Menga, Vera Iversena, Johan Stüberb, Anja Drewsa, Boris Lesjeanb, Matthias Germany Seasonal variation of SMP in MBR plants

IWA MTC 2009-124 C. Liu and A. Wachinski USA Membrane Fouling in Water Reuse: A Holistic Approach

IWA MTC 2009-126 Flora Tong*, Daxin Wang*, Hugh Zhu*, Peter Aerts** China.P.R Water Reuse in Chinese Industry by integrated membrane solutions

IWA MTC 2009-127 Flora Tong*, John Johnson**, Robert Chu*, Echo Zhao* China.P.R Wastewater Reuse -- Opportunity and challenge for membrane technology

IWA MTC 2009-128 WANG Xiao-wei* a,b, LIU Wen-juna, LI De-shengb, MA Wei-fanga China.P.R Relationship between Cl- and F- removal by GE-HL NF membrane application to

defluorination of groundwater

IWA MTC 2009-132 Ariani Dwi Astuti, Wahjudi Wisaksono, Dewi Intania Ayu, Anggreini Ratri Nurwini Indonesia The Influence of Support Medium in Removal of Organic Compound from Tofu

Wastewater by Using Anaerobic and Aerobic Combination Reactor

IWA MTC 2009-134 I. Hashmi*, S. Farooq and S. Qaiser Pakistan Chlorination at treatment plant and drinking water quality: a case study of different sectors of Islamabad, Pakistan

IWA MTC 2009-135 CAO Bin, HUANG Xia* China.P.R The performance of a full-scale submerged membrane bioreactor for domestic wastewater reclamation

IWA MTC 2009-137 B.I. Harman*, H. Koseoglu*, N.O. Yigit*, E. Sayilgan*, M. Beyhan*, M. Kitis* Turkey The Removal of Disinfection By-Product Precursors in Drinking Water with Ceramic

Membranes

IWA MTC 2009-141 Jianhua Zhang*, Stephen Gray*, Jun-de Li** Australia High-flux Hollow Fibre Module for Membrane Distillation

IWA MTC 2009-144 Zhigang Liu*, Yansheng Li* China.P.R A New Approach to Cation Resins Regeneration with Aluminum Salts: Application of Desalination by Its Mixed Bed

IWA MTC 2009-145 Z. Liu*, B.Z. Dong**, L. Nie* China.P.R Understanding of Microfiltration Membrane Fouling on the Characteristics of Water Sources

IWA MTC 2009-147 Y C, Wang*, C Y, Tang** Singapore Interaction of Endocrine Disrupting Chemicals with Reverse Osmosis and Nanofiltration Membranes

IWA MTC 2009-149Bo Deng1, Xuanxuan Yang1,2, Ming Yu1,2, Bowu Zhang1,2, Leidong Xie1 , Zhengchi Hou1, Xiaofeng Lu1, Jingye Li1,*

China.P.R Anti-fouling ultrafiltration membranes prepared from grafted polyvinylidene fluoride (PVDF) by pre-irradiation and their applications

IWA MTC 2009-150 S.Li*, S.G.J. Heijmana,J.Q.J.C. Verberka, A.J.B. Kempermand, G. Amya,c, J.C. van Dijka Netherlands Effect of backwash water on charge of the UF membrane

IWA MTC 2009-153 Zhang xiao-dong, Chen ji-hua*, Xi dan-li** China.P.R APPLIED STUDY OF ECOLOGICAL PADDING IN MICRO-POLLUTED WATER TREATMENT

IWA MTC 2009-154Ming Yu, Bo Deng, Xuanxuan Yang, Bowu Zhang,Leidong Xie1, Zhengchi Hou1, Xiaofeng Lu1, Jingye,Li1,

China.P.R Preparation of Nonfouling Ultrafiltration Membrane with Zwitterionic Structure by Irradiation-induced Grafting Method

IWA MTC 2009-156Xuanxuan Yang1,2, Bo Deng1, Ming Yu1,2,Bowu Zhang1,2, Leidong Xie1, Zhengchi Hou1, Xiaofeng Lu1, Jingye,Li1,*

China.P.R Ultrafiltration membranes prepared from polyvinylidene fluoride (PVDF) grafted with acryl amide

IWA MTC 2009-160 Lifen Liu*, Penghui Zhang*, Fenglin Yang* China.P.R Removal of 2, 4-dichlorophenol from aqueous solution by chitosan/activated carbon fiber blend film on filter cloth

IWA MTC 2009-161 B. Verrecht*,**, R. Birks*, S. Hills*, E. Germain*, P.Pearce*, S. Judd** UK Evaluation and energy optimisation of a small scale MBR for decentralized reuse in

London

IWA MTC 2009-162 J.R. Zhou*, B.Z. Dong** China.P.R Influence of dissolved organic matter on PhACs removal by NF membrane

IWA MTC 2009-163 Wang Jun China.P.R Innovative Microwave-assisted Photocatalytic Membrane Distillation (MPMD) Process for Desalination of Dye Wastewater

IWA MTC 2009-165 Fei-yun Sun and Xiao-yan Li* China HongKong The Accumulation of Organic Substances in a Submerged Membrane Bioreactor and Its Influence on Membrane Fouling

IWA MTC 2009-167 Changkyoo Choi*, Joeun Lee**, Sangwoo Shin**, Kwangho Lee** Korea Permeability resistance and recovery rate of MF membrane fouled by the passive

adsorption at operation modes of batch and continuous flow in MBR

IWA MTC 2009-170 Ali Shahtalebi Iran Membrane Process for Separation of Cephalexin

IWA MTC 2009-171Y.N. Tang*, M. Ziv-El*, C. Zhou*, J.H. Shin*, C.H. Ahn*, K. Meyer**, D. Candelaria**, D. Friese***, R. Overstreet***, R. Scott****, and B.E. Rittmann*

USA Bio-reduction of Nitrate in Groundwater Using a Pilot-scale Hydrogen-based Membrane Biofilm Reactor

IWA MTC 2009-172 L. Nie*, B.Z. Dong**, Z. Liu* China.P.R Effect of Coagulation and PAC Pretreatment on the size of Microfiltration and Ultrafiltration Foulants

IWA MTC 2009-174 Zhiqiang Liu*, **, Qingqing Li**, Xiaomei Zhang**, Qun Miao**, Chao Liu**, Chao Yang** China.P.R Pilot Study on Anoxic/Aerobic Membrane Bioreactor for Domestic Wastewater Treatment

IWA MTC 2009-175 Maha A. Tony, Aghareed M. Tayeb Egypt Sun and water for a clean environment: Solar photo-Fenton

IWA MTC 2009-176 A. Soroush*, J. Barzin*, M. Barikani* Iran Investigation the structural variation of interfacially polymerized thin film composite membranes

IWA MTC 2009-180 Fei Yang Israel Performance Comparison of Stabilization Pond, Constructed Wetland, Activated Sludge and MBR Process for theUpgrading of Municipal Wastewater

IWA MTC 2009-182 Rupak Aryal1, Sarvanamuthu Vigneswaran1*, Jaya Kandasamy1,Chia-Yuan Chang2, Jing-Song Chang2 Australia Influence of Buoyant Media in Particle Layer Dynamics in Microfiltration Membrane

IWA MTC 2009-183 Changwei Zhao China.P.R Study on Membrane Distillation Condensation for Preparation of High Concentration Polyaluminum Chloride with High Alb Content

IWA MTC 2009-184 Liu Zhiqiang China.P.R Pilot Study on Submerged A/O Dynamic Membrane Bioreactor with Nylon for Domestic Wastewater Treatment

IWA MTC 2009-187 Ruilin Xiong, Lujun Chen China.P.R Bioaugmentation with pyridine-degrading bacteria in a MBR treating pharmaceutical wastewater

IWA MTC 2009-188 A. Soroush*, L. Abkar, A.jafarian Iran Comprehensive study of thin film composite membrane structure and it’s correlation with performance

IWA MTC 2009-189 Kaisong Zhang China.P.R The General Performance of Flat Sheet MBR with Slug Bubbling

IWA MTC 2009-191 Xiaojing Ren, Changwei Zhao, Jun Wang, Zhaokun Luan*, Songshan Du, Deyin Hou, Zhen Liang China.P.R Treatment of textile dye effluents by a novel asymmetric Poly (m-phenylene

isophthalamide) nanofiltration membrane

IWA MTC 2009-192 Shang-Hsin Ou *, Rahul A. Damodar**, Wei-Yun Chang* and Sheng-Jie You China TaiWan Study the feasibility of critical flux determined by different approaches for its long term

MBR application

IWA MTC 2009-193 N. Afrasiabi*, E. Shahbazali**, M. Ehteshami*** Iran Optimum selection of nanofiltration membrane by using simulation techniques

IWA MTC 2009-194 Hongyang Wang1,2,3, Yuntao Guan2,3,4, Tadao Mizuno2,3,4, Hiroshi Tsuno2,3,4 China.P.R Ozonation pre-treatment and RO filtration of biologically treated effluents from the textile

and dyeing industry

IWA MTC 2009-195 Dan Qu*, Jun Wang*, Deyin Hou*, Baoqiang Wang**, Zhaokun Luan* China.P.R Concentrating Primary Reverse Osmosis Concentrate by Direct Contact Membrane

Distillation

IWA MTC 2009-196 M.J. Sasa*, M. Folch*, E. Huertas*, M. Salgot*, G. Oron** Spain Influence of pH on boron removal by reverse osmosis in secondary urban effluent

IWA MTC 2009-197 J. Molina*, A. Jácome*, A. Yánez*, and J. Suárez* Spain Tertiary nitrification and simultaneous nitrification and denitrification on a membrane-aerated biofilm reactor

IWA MTC 2009-198 Xinxin YAN*, Ron GERARDS**, Luc VRIENS**, Ivo VANKELECOM* Belgium Hollow fiber membrane fouling and cleaning in a membrane bioreactor (MBR) for

molasses wastewater treatment

IWA MTC 2009-199 H.T. Pang*, C. Thiemig**, J. Pinnekamp** China.P.R Effects of polymer addition on membrane performance of a pilot scale MBR

IWA MTC 2009-200 Zhang Wei, Li Yonghong, Chen chao, Zhang Xiaojian China.P.R Immersed Ultrafiltration Combining with Coagulation for The Production of Drinking Water from Micropolluted Raw Water

IWA MTC 2009-202 Fei-yun Sun1, Song Gao2, Ya-jing Yang3, Gui-ming Zhai1 China HongKong The Accumulation of Organic Substances in a Submerged Membrane Bioreactor and Its

Influence on Membrane Fouling

IWA MTC 2009-203 Fei-yun Sun1, Song Gao2, Ya-jing Yang3, Gui-ming Zhai1 China HongKong Nitrification and Nitrite Accumulation in a Submerged Membrane Bioreactor Treating

Source-Separated Urine

IWA MTC 2009-205 H. Koseoglu*, B.I. Harman*, N.O. Yigit*, E. Guler**, N. Kabay**, M. Kitis* Turkey The Effects of Operating Conditions on Boron Removal from Geothermal Waters by

Nanofiltration and Reverse Osmosis Membranes

IWA MTC 2009-206 Galdós, J., Ródenas, M.A., Belchí, R. Spain San Pedro del Pinatar (Spain) 20,000 m3/day MBR plant. Design and operation at wide variations in flow and load

IWA MTC 2009-209 Hou Deyin China.P.R Desalination of brackish water by direct contact membrane distillation

IWA MTC 2009-211 Galina Vlasova Lithuania Solutions to problems that arise when operating the reverse osmosis plants by reagent programs

IWA MTC 2009-213 ZaiYan Mi Canada Shear Effects on Membrane Fouling of Flat Sheet Membrane Bioreactors

IWA MTC 2009-214 Xiaolin Chen China.P.R Study of Sodium Alginate/Polysulfone Composite Nanofiltration Membrane

IWA MTC 2009-215 Chanchan Wang China.P.R Graft copolymerization of 4-vinyl pyridine onto polyvinyl alcohol using Ce(IV) initiator and its antimicrobial modified microfiltration membranes

IWA MTC 2009-216 Yue Jia China.P.R Industrial Wastewater Treatment by Membrane Contacting Processes with Polyvinylidene Fluoride(PVDF) Hollow Fiber Membrane

IWA MTC 2009-217 Zheng-qing Huang China.P.R Effect of ferrosoferric oxide content on the performances of polyethersulfone – ferrosoferric oxide ultrafiltration membranes prepared in an orthoganal magnetic field

IWA MTC 2009-219 Liu Qifeng Korea Improvement of hydrophilicity of PVDF braid membranes from alkaline treatment

IWA MTC 2009-220 Lin Po-Ju China TaiWan Electrospun Nanofiber Filtration Membrane by Interfacial Polymerization Enhancement

IWA MTC 2009-222 Kai Pan China.P.R Surface-Initiated Atom Transfer Radical Polymerization on regenerated cellulose Membrane for Stimuli-responsive Ability

IWA MTC 2009-223 Hiroshi Yamamura Japan Affinity of Protein for Membrane Surface: Influence of Membrane Material and Divalent Cation

IWA MTC 2009-225 Qun sun China.P.R Fate of Escherichia coli and Salmonellae in a full-scale constructed wetland for wastewater treatment

IWA MTC 2009-226 Tianyu LI China.P.R Removal of disinfection by-products in drinking water by Fe-Si/Mg-Al composite filter material

IWA MTC 2009-230 Xiang Zheng China.P.R Membrane Technology for Drinking Water in China: Progress and Prospect

IWA MTC 2009-232 T. Tsuyuhara*, Y. Hanamoto*, T. Miyoshi*, K. Kimura* and Y. Watanabe** Japan Membrane characteristics that affect fouling in membrane bioreactors (MBRs)

IWA MTC 2009-233 Juan Zhang, Lingxue Kong, Mary Fenghua She, Weimin Gao Australia Preparation of Nanofiltration Membrane with Aligned Nano Pores

IWA MTC 2009-236 Chart Chiemchaisri Thailand Performance of Full-scale Physico-chemical Pretreatment and Reverse Osmosis System for Stabilized Leachate Treatment


IWA MTC 2009-237 A. Fabre*, E. Wong***, G. Gaffet**, A. Brehant*, C. Langlais**, K. Glucina* France Treatment of Reservoir Water using DAF and Immersed UF Membrane: from pilot to full

scale application in Macao

IWA MTC 2009-238 Gopan Mukkulath *, Santosh .G.Thampi ** IndiaNutrient Removal in a Coir Geotextile Biofilter for the Onsite Treatment of Organic Rich Low Volume Industrial Wastewater Session

IWA MTC 2009-239 Xinlong Shi, Tong Zhang*, and Herbert H. P. Fang China HongKong Effects of Extracellular Polymers on Microfiltration Fouling

IWA MTC 2009-241 Zhuan Yi China.P.R Brushes with Equal Amount of Charged Monomers Grafted from PSf membranes: Construction and Characterization

IWA MTC 2009-243 Sergey Vasin Russia Hydrodynamic permeability of complex porous medium

IWA MTC 2009-244 Ying Li China.P.R Accumulation of soluble microbial products in membrane bioreactor and its influence to bioreactor operation

IWA MTC 2009-246 Yongping Han China.P.R RO Membrane Biofouling Formation and Prevention

IWA MTC 2009-248 Yongping Han China.P.R Colloidal fouling and concentration polarization on RO membrane

IWA MTC 2009-249 AUNNOP WONGRUENG Japan Effects of water characteristics on ULPRO membrane fouling used for defluoridation

IWA MTC 2009-250 Haijun Yang China.P.R Membrane Separation Technology Selection for Segregated Treatment and Recycling of Printing and Dyeing Wastewater

IWA MTC 2009-252 David Jeison Chile Application of anaerobic membrane bioreactors for wastewater treatment with slug flow regime for fouling control

IWA MTC 2009-261 Wajahat Syed Canada Effects of Hydraulic and Organic Loading Shocks on Membrane Bioreactor Performance

IWA MTC 2009-263 Yoong Keat Kelvin Koh Singapore Seawater Desalination with Memstill Technology – a Sustainable Solution for the Industry

IWA MTC 2009-264 Shengji Xia China.P.R Study of ametryn removal by nanofiltration membranes

IWA MTC 2009-265 Shengji Xia China.P.R A new microfiltration photocatalytic reactor for DDT removal

IWA MTC 2009-267 Zhu Mengfu China.P.R Removal of pyrogen from parenteral solution by positively charge modified microporous membrane

IWA MTC 2009-268 Siqing Xia1, Yanhau Zhang1,2 , Fuhua Zhong1, Xuejiang Wang1 China.P.R Autohydrogenotrophic denitrification using a continuous stirring hollow membrane biofilm

reactor

IWA MTC 2009-269 Siqing Xia, Jixiang Li China.P.R Microbial Community of a Pilot-scale Submerged Membrane Bioreactor in Treating Black Wastewater

IWA MTC 2009-271 Song Hongchen China.P.R Effects of natural organic matter fractions on flux decline and rejection of charged ultrafiltration membranes

IWA MTC 2009-272 Huayan Chen China.P.R Membrane Fouling in Seawater Desalination by Vacuum Membrane Distillation

IWA MTC 2009-275 Byoungho Lee Korea Membrane fouling reduction technology of MBR process using ozone

IWA MTC 2009-276 Jingwei HOU China.P.R Experimental investigation of nanofiltration process coupled with spray evaporation

IWA MTC 2009-279 Chris Dotremont Singapore Seawater Desalination with Memstill Technology – a Sustainable Solution for the Industry

IWA MTC 2009-281 Long Nghiem Australia Effects of operating conditions on the removal of trace organic contaminants by submerged membrane bioreactors

IWA MTC 2009-282 Zhu Shaomin China.P.R Ion exchange synthesis and Cycle photocatalysis properties of nano ZnO

IWA MTC 2009-283 Song Yali China.P.R Application of KMnO4 and coagulation in slightly contaminated raw water pretreatment before microfiltration membrane for drinking water

IWA MTC 2009-286 Sheng-Jie You China TaiWan Degradation of Reactive Black 5 Dye in an Integrated Membrane Photocatalytic Reactor Using Novel PTFE Membrane.

IWA MTC 2009-287 Jiahui Shao China.P.R Removal and Recovery of Lead from Wastewater by a Two-Step Process of Complexation-Ultrafiltration and Decomplexation-Ultrafiltration

IWA MTC 2009-288 Tairi Li Japan Evaluation of influence of bubble size by CFD on shear stress working on flat-sheet membrane surface in MBRs

IWA MTC 2009-289 Andre Maartens South Africa Recovery of Industrial Effluent: Case histories of membrane biofouling and the successful treatment with non-oxidising biocides

IWA MTC 2009-291 Jeonghwan Kim Korea Membrane autopsies to investigate scale fouling:Pilot-scale MBR tests in wastewater treatment applications

IWA MTC 2009-293 Noraaini Ali Malaysia Prediction Of Flux Decline In High Perm-Selective Thin Film Composite Nanofiltration Membrane Of Dye Wastewater

IWA MTC 2009-295 Jae Lim Lim Korea Case Study of Integrated Ceramic Membrane System for Retrofitting Conventional Water Treatment Plant in Korea

IWA MTC 2009-296 Xiao Changfa China.P.R Study on the preparation and properties of Poly(tetrafluoroethylene) membrane

IWA MTC 2009-298 Seok Dockko Korea Electrostatic and Physico-Chemical Characteristics by SiO2 Fouling and Chemical Cleaning on RO Membrane

IWA MTC 2009-299 Marjana Simonic Slovenia Colour and COD removal in real dye-house effluent using ultrafiltration

IWA MTC 2009-302 Xiuheng Wang China.P.R Simultaneous nitrification and denitrification in a Membrane Bioreactor (MBR) at low temperatrue

IWA MTC 2009-303 Minkoo Park Korea Coagulation pre-treatment for drinking water treatment by membrane process of river water

IWA MTC 2009-304 Yu-Chun Su China TaiWan Impact of Sludge Retention Time on Sludge Characteristics and microbial Community and the Effect on Membrane Fouling in MBR

IWA MTC 2009-305 Hang Xu China.P.R The Study on the MIEX Resin Pretreatment Decreasing Ultrafiltration Membrane Fouling

IWA MTC 2009-306 Zhao Guangying China.P.R Study on the Processes of Nucleation and Deposition of Calcium Sulfate Crystal on the RO Spiral-Wound Membrane Surface

IWA MTC 2009-307 Agnieszka Łapin Poland Conversion of KCl into KHSO4 in a membrane reactor using flat – sheet module

IWA MTC 2009-309 Xu Guoliang China.P.R Study of a sand plate membrane bioreactor and effect of EPS control on the filtration characteristics

IWA MTC 2009-311 Yang Chao China.P.R Pilot Study on The Industrial Filter Cloth Self-forming Bioreactor for Domestic sewage Treatment

IWA MTC 2009-312 Li-qing Zhang China.P.R Modelling of the fouling processwith inside-out hollow fiber UF membrane

IWA MTC 2009-313 Li-qing Zhang China.P.R Influence of membrane structure and chemical characteristics on separation and fouling of nanofiltration membranes

IWA MTC 2009-314 Li-qing Zhang China.P.R Assessment and optimization of anti-fouling UF membrane preparation using membrane structure parameters model and Taguchi method

IWA MTC 2009-316 Cheng Liu China.P.R Removal of Algogenic Organic Matter by MIEX-pretreatment and its Effect on Fouling in Ultrafiltration

IWA MTC 2009-317 Anatoly Filippov Russia Model for Asymmetry Effect of Transport Properties of Bi-Layer Membranes

IWA MTC 2009-318 Weiying LI China.P.R Removal of microcystins from surface water by polyvinylchloride (PVC) ultrafiltration membrane

IWA MTC 2009-319 Guangli Liu China.P.R Removal of copper ion from the water containing nature organic matter by ultrafiltration

IWA MTC 2009-320 Weiying LI China.P.R Removal of dissolved organic matter from surface water by ultra-filtration combination with potassium ferrate

IWA MTC 2009-321 Joeun Lee Korea The variation of the membrane fouling by the passive adsorption

IWA MTC 2009-322 Guangli Liu China.P.R Use of the membrane surface morphology to characterize the fouling mechanism in ultrafitration for natural organic matter removal

IWA MTC 2009-325 Yiping Zhao China.P.R Effects of the Copolymer Concentration on the Permeation Properties of PVDF-g-PNIPAAm Membrane

IWA MTC 2009-326 Yiping Zhao China.P.R Synthesis and Characterization of Graft Copolymer PVDF-g-PNIPAAm via ATRP and Temperature-Sensitive Membranes

IWA MTC 2009-327 Guangli Liu China.P.R Removal of copper from wastewater by alginate-assisted ultrafiltration

IWA MTC 2009-328 Xinyu Wei China.P.R Use of pervaporation to separate methanol from dilute aqueous solution: effects of operating conditions

IWA MTC 2009-330 Lifen Liu China.P.R Removal of 2, 4-dichlorophenol from aqueous solution by chitosan/activated carbon fiber blend film on filter cloth

IWA MTC 2009-331 Guojun Zhang China.P.R Pilot-scale post-treatment of bio-treated effluents in Shengli oil field using ultrafiltration and reverse osmosis membrane system

IWA MTC 2009-332 Guojun Zhang China.P.R Removal of 17α-ethynylestradiol with the couple system of AGS-SBR and nanofiltration

IWA MTC 2009-333 Guojun Zhang China.P.R Bacterial diversity of aerobic granular sludge Analyzed with 16S rDNA Clone Library

IWA MTC 2009-334 Jinli Duan China.P.R Preparation and characterization of fouling-resistant composite membranes based on layer-by-layer self-assembly technique

IWA MTC 2009-335 Kwannate Sombatsompop Thailand Effect of Hydraulic Retention Time on EPS and Sludge Properties in Suspended and Attached Growth MBRs (K-Sombatsompop et al)

IWA MTC 2009-336 Yanping Cui China.P.R Separation of High concentration Sludge with Mesh Filter

IWA MTC 2009-339 QingZhi Fei China.P.R

IWA MTC 2009-341 Watsa Khongnakorn Thailand Membrane fouling and physical characteristics of sludge in MBR system

IWA MTC 2009-343 Tongwen Xu China.P.R Clean production/separation Based on Electrodialysis with Bipolar Membranes

IWA MTC 2009-344 Tongwen Xu China.P.R Recycle acids from Vitamin B12 discharge by using bipolar membrane electrodialysis

IWA MTC 2009-347 Gilberte GAVAL France Characterisation of membrane fouling in water treatment processes: case studies

IWA MTC 2009-348 Jia Xu China.P.R Ultrafiltration of seawater critical flux, rejection performance and resistance analysis

IWA MTC 2009-349 BONGANI XABA South Africa Separation and Recovery of Selected Transition-Metal Catalyst systems using Membrane processes


IWA MTC 2009-350 Quan Wang Singapore Improving Operability in Membrane Bioreactors

IWA MTC 2009-351 Jianli Wang China.P.R Fabrication of Microporous Polyethylene Hollow Fiber Membrane via Thermally Induced Phase Separation Process from a Binary Diluent System

IWA MTC 2009-352 William Phay Singapore Improving Operability in Membrane Bioreactors

IWA MTC 2009-353 Jeonghwan Kim Korea Membrane autopsies to investigate scale fouling: Pilot-scale MBR tests

IWA MTC 2009-354 Joeun Lee Korea The variation of the membrane fouling by the passive adsorption of the hydrophilic MF membrane

IWA MTC 2009-357 Wang Zhi China.P.R Fouling of reverse osmosis membranes by protein(BSA): Effects of initial flux, ionic strength, calcium ion and membrane surface properties

IWA MTC 2009-359 Elif Atasoy Turkey Filterability of Full Scale MBR Sludge: Five Case Study Comparisons

IWA MTC 2009-363 Yuan Xue China.P.R Study on nitrogen removal performance for partial nitrification in Membrane bioreactor

IWA MTC 2009-364 Melanie Richards South Africa Production of self-immobilized enzyme particles for the removal of bacterial biofilms

IWA MTC 2009-365 Itumeleng Molobela South Africa Effect of commercial enzymes on Extracellular Polymeric Substances of Pseudomonas fluorescens biofilms

IWA MTC 2009-368 Meng Wang China.P.R Investigation on the charging mechanism of NTR-7450 nanofiltration membrane

IWA MTC 2009-372 Junteng Liu China.P.R The treatment of Cr(VI)-containing wastewater using hollow fiber renewal liquid membrane technology

IWA MTC 2009-374 Yoong Keat Kelvin Koh Singapore Seawater Desalination with Memstill Technology – a Sustainable Solution for the Industry

IWA MTC 2009-375 Dmitry Repin Russia The Development of Effectiveness of Membrane Pretreatment on Fossil and Nuclear Plants Water Treatment Facilities

IWA MTC 2009-376 Cui zhiguang China.P.R Pilot Study on Micro-polluted Water Treatment by UF Technology

IWA MTC 2009-380 Jing guolin China.P.R RECLAIMING POLYMER-FLOODING PRODUCED WATER FOR BENEFICIAL USE: SALT REMOVAL BY ELECTRODIALYSIS

IWA MTC 2009-383 Alexander Keucken Sweden PILOT TESTING OF NEW VACUUM ROTATION MEMBRANE BIOREACTOR TECHNOLOGY

IWA MTC 2009-384 Hung lingyung China TaiWan Effect of operating condition on reverse osmosis performance for high salinity wastewater

IWA MTC 2009-385 Li yonghong China.P.R Study on PAC-Ultrafiltration Process for Drinking Water Treatment

IWA MTC 2009-386 Yun-Feng Yang China.P.R Surface hydrophilization and antibacterial functionalization for microporous polypropylene membranes: A facile interfacial crosslinking approach

IWA MTC 2009-387 JieTing Yu China TaiWan Energy consumption and salt removal efficiency of electrodialysis on high salinity solution

IWA MTC 2009-390 Duu-Jong Lee China TaiWan Fouling with aerobic granule membrane bioreactor (AGMBR)

IWA MTC 2009-391 Meng-Shun Huang China TaiWan Treatment of Meat Processing Wastes by Electro-coagulation / Electro-Fenton Method

IWA MTC 2009-392 Jianfeng Fu China.P.R Feed water treatment for boiler plants using a dual membrane CUF/RO process: a pilot study

IWA MTC 2009-398 Chunying Wu China.P.RRemoval characteristics of endocrine disrupting chemicals (EDCs) in a large scale membrane bioreactor plant combined with anaerobic-anoxic-oxic process for municipal wastewater reclamation

IWA MTC 2009-403 Jana Schaller Germany Development of a Cost Model for Membrane Bioreactors including Sludge Handling Costs

IWA MTC 2009-404 Yuzhong Zhang China.P.R Investigation of Microfiltration for Pretreatment of Whey

IWA MTC 2009-405 Yuzhong Zhang China.P.R Preparation and Characterization of Anion Exchange Resin Mixed Poly(ether sulfone) Hybrid Membranes

IWA MTC 2009-406 Yuzhong Zhang China.P.R Degreasing wastewater treatment with hollow fiber membrane

IWA MTC 2009-409 André Lerch Germany Influences of fluid flow in and alignment of membrane capillaries on the deposition behaviour of flocs and particles

IWA MTC 2009-410 Ye xiao China.P.R Study on the application of integrated membrane separation technology to fractional separation of agaricus blazei murril ( ABM ) polysaccharide

IWA MTC 2009-411 Qing ZHAO China.P.R Hydrophilic Modified PVDF Membranes Preparation and Its Antifouling Effect in Oil Water Treatment

IWA MTC 2009-413 ZHANFENG CUI UK Emergency Water Purification Device Using Gravity Driven Membrane Filtration

IWA MTC 2009-415 Edson Baltazar Estrada Arriaga Mexico Removal of Endocrine Disrupting Hormones present in the Wastewater from Mexico City by Submerged Membrane Bioreactor

IWA MTC 2009-416 Edson Baltazar Estrada Arriaga Mexico Effects of biomass concentrations and nitrification process on the removal of the Estrone, Estradiol and Ethinylestradiol in membrane bioreactors

IWA MTC 2009-424 KuneKwan Song Korea Membrane pilot-plant test for treatment of urban stormwater runoff using the inclined plate separator and high rate filtration

IWA MTC 2009-425 KuneKwan Song Korea Development of hybrid biofilter-membrane filtration process for the production of drinking water

IWA MTC 2009-427 Yu Jiang UK Emergency water purification device using gravity driven membrane filtration

IWA MTC 2009-428 Fei Yang Israel Effect of Solids Retention Time (SRT) on the Performance of a Hybrid Growth Membrane Bioreactor (HG-MBR) for Wastewater Treatment

IWA MTC 2009-429 Young Hyun Cho Korea Characteristics of Organic Matters and Nitrogen Removal at Different SRTs in a Submerged Membrane Bioreactor System

IWA MTC 2009-430 Young Hyun Cho Korea A Study on the Kinetic coefficients and Characteristics of Treatment using Advanced Submerged Membrane Bioreactor(ASMBR)

IWA MTC 2009-431 Rosane Souza Brasil Recovery of lactose from whey using membranes

IWA MTC 2009-432 Paula van den Brink Netherlands Membrane fouling in membrane bioreactors: gel layer characterisation

IWA MTC 2009-434 Noka Prihasto Korea A Lab-scale Application of Dissolved Air Flotation for Seawater Desalination Pretreatment

IWA MTC 2009-435 SANGYUN HAN Korea Improvement of BNR by Membrane attached biofilm in ASA

IWA MTC 2009-436 Angayar Pavanasam Australia Particle Size Influence on Virus Ultrafiltration Efficiency – A Modeling Approach

IWA MTC 2009-439 Huu Hao Ngo Australia A new fluidised bed reactor as a pre-treatment to micro filtration in treating primary treated sewage effluent for reuse

IWA MTC 2009-441 Lu bai China.P.R Hydrophilic modification of PVDF(Polyvinylidene Fluoride) ultrafiltration membrane surface by TiO2 nanoparticles performance

IWA MTC 2009-443 Zhenghui Wang China.P.R Nano-silica induced sponge membrane structure of high water permeability

IWA MTC 2009-446 Emma Jeong Korea Effects of the HRT on the fouling characteristics of anaerobic membrane bioreactor for treating acidified wastewater

IWA MTC 2009-447 Kang Xiao China.P.R Application of Thomas’ dynamic adsorption model in membrane fouling

IWA MTC 2009-449 Jinling WU China.P.R Using Gas Membrane to Remove Cyanide from Acrylonitrile Wastewater

IWA MTC 2009-451 Bingqing Zhao China.P.R Fouling and Physically Irreversible Fouling Analysis of Polysulfone Ultrafiltration Membrane Used for Drinking Water Treatment

IWA MTC 2009-454 Juhee Yang Korea Role of Intermolecular Adhesion in Organic Fouling of RO membranes with respect to Membrane property as well as Solution Chemistry

IWA MTC 2009-455 Rob Van den Broeck Belgium The impact of (synthetic) influents on bioflocculation in membrane bioreactors

IWA MTC 2009-456 MIJIN KIM Korea Controlling the biofilm formation by quorum sensing inhibition and its dependence on membrane surface characteristics

IWA MTC 2009-458 Takashi Ogawa Japan Reliability and Safety of Potable Water Treatment Plants with Membrane Module

IWA MTC 2009-460 Giuliana Ferrero Spain Performance of an MBR pilot plant operated under variable fluxes

IWA MTC 2009-463 Thomas Meyn Norway Membrane fouling in a coupled coagulation - ceramic microfiltration system caused by natural organic matter

IWA MTC 2009-465 Ana Ricardo Portugal Modelling and Optimization of the Ion Exchange Membrane Bioreactor for Removal of Anionic Micropollutants from Drinking Water Supplies

IWA MTC 2009-466 Ignasi Rodriguez Roda Spain Development of a Decision Support System for the operation and supervision of MBRs

IWA MTC 2009-467 Erno Fleit Hungary Use of nanotechnologically constructed microreactors in MBR system

IWA MTC 2009-468 Mehrdad Hesampour Finland Practical experiences with operating a MBR plant for the treatment of domestic wastewater

IWA MTC 2009-469 William Sellerberg USA Cost-Effective Low Pressure Membrane Systems

IWA MTC 2009-470 Moshe Herzberg Israel Viscoelastic Properties of EPS Extracted From Membrane Bioreactor

IWA MTC 2009-473 Bertrand.pons France Improve the membrane behaviour through innovative HPS membranes

IWA MTC 2009-474 Hyoung-ki Chun Korea Inevitable choice of ceramic membrane: the result of detail design for Yeon-cho WTP in Korea

IWA MTC 2009-475 karim ghasemipanah Iran Treatment of wastewater from The regeneration of Ion Exchangers using Reverse Osmosis method

IWA MTC 2009-476 Christoph Brepols Germany Retrofitting a municipal wastewater treatment plant with membrane bioreactor technology – a case study

IWA MTC 2009-480 Marcelino Gimenes Brazil Cross-flow microfiltration for the separation of biodiesel and glycerin and study of fouling mechanism

IWA MTC 2009-486 Hawn-Chung Chu China Taiwan Removal of acid dyes from wastewater by eggshell membrane

IWA MTC 2009-487 Lin Chen China.P.R Modelling the production and degradation of soluble microbial products in MBRs: an especial attention to bio-fouling potentials


IWA MTC 2009-488 Qilin Li USA Effect of Polymer Flocculants on Microfiltration Membrane Flux

IWA MTC 2009-492 Ningning Yang China.P.R Determination of the materials characteristics of the fouling layer formed by humic acid on microfiltration membranes

IWA MTC 2009-493 Tomotaka Hashimoto Japan Study of MBR system with separate membrane tank for the reconstruction of large-scale WWTPs

IWA MTC 2009-494 Rong Wang Singapore Ultrafiltration of Tropical NOM Waters

IWA MTC 2009-495 Jiwoong Lee,Jingho Kim,Minsoo Park, Moonseog Jang Korea The cartridge-type membrane module and its applications for MBR process

IWA MTC 2009-496 Yu-Lan Wang, Shui-Li Yu China.P.R Comparative performance between a novel aerobic granular sludge membrane bioreactor and a conventional activated floc sludge membrane bioreactor

IWA MTC 2009-497 Heng Liang, Guibai Li, Jiayu Tian, Lu Qi, Fangshu Qu, Zhonglin Chen China.P.R Application of Enhanced Pre-coat Engineering (EPCE)-UF Technology in Algae-rich

Water Treatment

IWA MTC 2009-500 Abbas Rezaee, Ali khavanin, Majid Ansari Iran Nitrate removal using membrane of bacterial cellulose for immobilizing of denitrifier bacterium

IWA MTC 2009-501 Jonathan Clement Tian, Xian Yong, Tan, Tze Wee Netherlands Application Ozone and Ceramic Membranes for Water Reuse

IWA MTC 2009-503 Esra Erdim, Elif Soyer, Selin Tasiyici and Ismail Koyuncu Turkey Pre-adsorption of Natural Organic Matter (NOM) in a Submerged Membrane-Adsorption

Hybrid System for Potable Water Treatment

IWA MTC 2009-505 W. Sellerberg, X. Han, C. Liu, A. Wachinski USA Pilot Study Results of a Low-Pressure Membrane System at the Hangzhou Qingtai Water Treatment Plant

IWA MTC 2009-506 Weijia Gong, Wenzhe Li China.P.R Application of CEPT-MBR technology in strong wastewater treatment for anaerobic digestion system

IWA MTC 2009-508 Eunyong Sim, Joonseok Park, Grace M Nisola, Eul Saneng Cho, Wook-jin Chung Korea Preparation and comparison of nanoparticle-incorporated UF membranes for anti-

microbial effects in water filtration

IWA MTC 2009-510 Jong Hoon Lee, Jung Hoon Choi, Hyung-Gun Kim, Tai Hak Chung Korea Estimation of Fouling Potential in a Membrane Bioreactor System using Supernatant

Turbidity

IWA MTC 2009-511 Xie Liping China.P.R Study on the oil wastewater treatment by carbon membrane

IWA MTC 2009-513 Pharkphum Rakruam*, Suraphong Wattanachira**, and Satoshi Takizawa*** Thailand Silica Fouling of Ultra Low Pressure Reverse Osmosis Membrane Investigation in Hot

Spring Well Groundwater Defluoridation

IWA MTC 2009-514 Abdul Wahab Mohammad*, Ta Yeong Wu**, Norhazwani Mohd Suhimi* Malaysia Reuse and Incorporation of Palm Oil Mill Effluent (POME) Permeate into Fermentation

Substrate for Producing Itaconic Acid by Aspergillus terreus NRRL 1960

IWA MTC 2009-515 Yong-Tae, Kang*, Kil-Soo Hyun** Korea Application of Biofiltration/Anaerobic-Aerobic Membrane Bioreactor to Reclamation and Reuse of Municipal Wastewater

IWA MTC 2009-516 Xu Jun, Yu Shui Li, Jia Ling Zhi, Qu Wen Ming, Zuo Xing Tao China.P.R Advanced Treatment of Oilfield Polymer-Flooding Water with Ultrafiltration Membrane for

Reinjection

IWA MTC 2009-521 W. Liu*, Z. Hu**, R.L. Walker**, P.L. Dold** Canada Enhanced Nutrient Removal MBR System with Chemical Addition for Low Effluent TP

IWA MTC 2009-522 R.C. Eusebio*, H.G. Kim**, H.S. Kim* Korea Membrane Application in Sludge Reduction System Coupled with Coagulation

IWA MTC 2009-523 A.C. Santos*, C. Vespeira*, P. Cantinho*, M. Minhalma*,** Portugal Treatment of Cork Processing Wastewater: Assessment of its biodegradability and Sub-

Products Recovery

IWA MTC 2009-524 Gopala Krishna GVT1, Pramod Kumar2, and Pradeep Kumar2

India Operational characteristics of anaerobic baffled reactors treating low strength wastewaters

IWA MTC 2009-525 M. Zeni, , J. Duarte and P. Poletto Brazil Analysis of polyamide 66 membranes prepared by phase inversion in water/cloridric acid/poliamide 66 system

IWA MTC 2009-527Chia-Yuan Chang1*, Chart Chiemchaisri2, Wan-I Wu3, Jing-Song Chang1, Sarvanamuthu Vigneswaran4

China Taiwan Co-treatment of Septic Tank Effluent and Landfill Leachate in a Submerged Membrane Bioreactor

IWA MTC 2009-528 Seongyong Moon, Seunghyun Kim Korea Characteristic of Membrane Resistance for Various Coagulant in Drinking Water System

IWA MTC 2009-529 L. Escobar-Ferrand; D. Sanchez, W. Sellerberg, Tony Wachinski and Charles Liu USA A Close Look of the Silt Density Index (SDI) test for Reverse Osmosis Evaluation on Sea

Water and Waste Water Reuse Applications

IWA MTC 2009-532 S.G.J.Heijman*, M. Kennedy**, J.C. Schippers**, G. Galjaard*** Netherlands Improving the accuracy of MFI measurements

IWA MTC 2009-534 X. Yu, S.S. Wang , X. Shi, L. Ye, B. Wei China.P.R Microbial Characteristics in suspended and attached type Membrane Bioreactors treating Raw Water from Yangtze River

IWA MTC 2009-537 Cristina T. Matos, Ana R. Ricardo, Svetlozar Velizarov, Maria A. M. Reis and João G. Crespo Portugal The Ion-Exchange Membrane Reactor Concept:

Critical Review of Main Achievements and Challenges

IWA MTC 2009-539J. Stüber*, V. Iversen**, A. Grélot***, B. Lesjean*, A. Drews** , ****, A. Tazi-Pain***, M. Kraume**

Germany Comparative evaluation of filtration performance achieved with the same flat sheet MBR technology operated under various conditions

IWA MTC 2009-540 S. Couturier*, Ph. Marteil*, Ph. Bréant*, H. Suty* France On the efficiency of new designed flow distributor for large diameter membranes

IWA MTC 2009-542 S. Couturier*, Ph. Marteil*, Ph. Bréant*, H. Suty* France Use of a 3FM filter (Flexible Fibre Filter Module) to protect an ultrafiltration unit in a potable water application

IWA MTC 2009-545 Kuo-Lun Tung, Nien-Jung Lin, Tzu-Chun Chen, and Yu-Ling Li China Taiwan Study of Organic Fouling on Fluoroploymeric Microfiltration Membranes

IWA MTC 2009-546 Jinlong Zuo China.P.R Study on food wastewater by SMBR Process

IWA MTC 2009-547 Vinod K. Shahi*, Bijay P. Tripathi, Arunima Saxena India Electro-Membrane Process for In Situ Separation and Recovery of Chromic Acid and Metal Ions from Wastewater

IWA MTC 2009-548 S.K.Thampy, B.S. Makwana, S.L. Daga & P.K.Ghosh India Desalination of high salinity sea Water by Electrodialysis (ED) – Reverse Osmosis (RO) Hybrid Membrane Processes

IWA MTC 2009-549 S.K. Thampy, B.S. Makwana, G. R. Dasale & P.K.Ghosh India

Production of Ultra Pure water by Continuous Electro Deionization (CEDI) process using indigenously developed Interpolymer Ion exchange membranes & with improved Design of the system

IWA MTC 2009-551A.V.R. Reddy*, P. Ray, P. Singh, T. J. Trivedi, B. K.Thakur, J. J.Trivedi, A. Prakash Rao, C. V. Devmurari,

India Fouling Resistant Hollow Fiber Membranes for Drinking water Purification and Water Reclamation

IWA MTC 2009-552 Niantao Xue , Junlin Xia , Xia Huang China.P.R Fouling control of self-forming dynamic membrane on a pilot-scale

IWA MTC 2009-553 Vinod K. Shahi*, Bijay P. Tripathi, Arunima Saxena India Electro-Membrane Process for In Situ Separation and Recovery of Chromic Acid and Metal Ions from Wastewater

IWA MTC 2009-554 Y. Sekine *, K.Kitamura*,M. Morita *,K.Noto* ,K. Tanaka**, H. Itokawa***, T. Murakami*** Japan Reduction of air supply in a submerged flat-sheet MBR system

IWA MTC 2009-555 Sivaramu Venkatesan*, K.M. Meera Sheriffa Begum India Emulsion liquid membrane pertraction of heavy metal ions from aqueous solutions and electroplating effluent

IWA MTC 2009-556 N. Yamato*, K. Kando**, K. Sasaki*, S. Suzuki**, H. Itokawa***, H. Nakazawa*** Japan Pilot-scale demonstration and optimization of external MBR using ceramic membrane

IWA MTC 2009-558 H Katayama*, S Wattanachira**, Y Masago***, R Honda* and S. Sour**** Japan Removal of microbes from highly turbid surface water in Southeast Asia using ceramic

MF membrane filters

IWA MTC 2009-559 Rongchang Wang*, Xinmin Zhan**, Zhang Yalei*, Jianfu Zhao* China.P.R Redox stratified membrane biofilm reactor (RSMBR) for nitrogen removal from

wastewater: Effect of oxygen mass transfer characteristics

IWA MTC 2009-560 Shuang Liang China.P.R Effect of Solution Chemistry on the Extended DLVO Interactions Implicated in Organic Fouling of Reverse Osmosis Membranes

IWA MTC 2009-561 Wang Hailin, Guo Zhenying, Yang lü, Zhang Zhenlin China.P.R Application of Ultrafiltration Membrane Technique in Emulsion Wastewater Treatment

IWA MTC 2009-563 Motoharu NOGUCHI, Michiko AOKI, Hideki KOZONO, Hiroshi KOUCHIWA and Yoshitake YODA Japan The Study on the Ceramic Membrane Wastewater Reuse System with Pre Ozonation

and Coagulation

IWA MTC 2009-564 AN Rui *, GAO Da-wen*,**, TAO Yu*, LI Xin-xin*, REN Nan-qi* China.P.R The efficiency of UAFB-anoxic-aerobic MBR treating domestic wastewater at different

HRTs

IWA MTC 2009-565GAO Da-wen*,** ZHANG Tong**, TANG Chu-yang**, WU Wei-min**, WONG Chuen-yung**, LEE Young**, YEH Daniel**, CRIDDLE Craig**

China.P.R Anaerobic MBR membrane fouling involving selection of OP11 bacteria/Protein EPS fouling

IWA MTC 2009-566

P.K.Ghosh*, S.L.Daga, A.V.R.Reddy, V. J. Shah, S. V. Joshi, J. J.Trivedi, A.Prakash Rao, N.Pathak, P. Ray, P. Singh, C. V. Devmurai, G.S.Trivedi and K. Eswaran

India Indigenous TFC Reverse Osmosis Membrane Technology for Water Desalination – Going from Lab to Field

IWA MTC 2009-567 Changwei Zhao, Zhaokun Luan, Xiaojing Ren, Jun Wang China.P.R Study on Membrane Distillation Condensation for Preparation of High Concentration

Polyaluminum Chloride with High Alb Content

IWA MTC 2009-568 Iván Moreno-Andrade, Liang Duan, Chun-Lin Huang and Slawomir W. Hermanowicz USA Comparison of the performance of continuous and discontinuous membrane bioreactors

at short sludge residence times

IWA MTC 2009-569 F.B. Frechen Germany Status of European Standardization Concerning Submerged Membrane Bioreactor (MBR) Technology – CEN Workshop Agreement (CWA) No 34

IWA MTC 2009-571 Zongli Xie, Manh Hoang, Buu Dao, Tuan Duong, Derrick Ng, Stephen Gray Australia Synthesis and Characterisation of Sol-gel Derived Poly(vinyl alcohol)/Silica Hybrid

Membrane

IWA MTC 2009-572 Luca d’Antonio*, Mario Beccari** Italy Dewaterability of MBR sludge

IWA MTC 2009-575 Y. Tian*, X. Y. Su, L. Chen and T. L. Jiang China.P.R Effect of short sludge retention times on membrane fouling intensity and sludge production

IWA MTC 2009-576 Min Luo China.P.R The Jinqiao Experiences: Design and Operation of a 31,000m3/d Biological Enhanced Ultrafiltration System

IWA MTC 2009-577 Gul KAYKIOGLU Turkey Reuse of Aerobically Pretreated Textile Effluents by Using Different UF and/or NF Membranes

IWA MTC 2009-578 Kaichang Yu, Chunsheng Chen, Xia Huang*, Xianghua Wen, Haitao Jia, Jing Guan China.P.R Long-Term Monitoring of a Full-scale Membrane Bioreactor for Polluted River Water

Treatment—Characterization of Membrane Performance and Process Control

IWA MTC 2009-585 Gan yiping, Shi lei, Yang anming, Chang jiang , Ai bing China.P.R The application of MBR in the Beixiaohe Reclaimed Water Plant in Beijing

IWA MTC 2009-586 H.G. Kim*, H.N. Jang*, H.M. Kim*, D.S. Lee*, T.H. Chung** Korea Optimization of the operation condition in a sludge reduction

system using membrane

IWA MTC 2009-587 H.G. Kim*, H.N. Jang*, H.M. Kim*, D.S. Lee*, Y.S. Yu*,S.H. Park**,T.H. Chung*** Korea Performance of a pilot scale MBR with an anaerobic/anoxic

switching tank and a double deck module

IWA MTC 2009-588 Lei Xiaoling China.P.R Impacts and Mechanisms of Air-Sparging on the Permeate Flux in Submerged Membrane Systems

IWA MTC 2009-590Hong Yang, Wei Li, Pingbo Yu, Chunlei Huang, Xiaoli Xiong China.P.R Experimental study on domestic wastewater treatment by oxic/anoxic/oxic combined

biofilter

IWA MTC 2009-596 S. Veerapaneni*, J.M. Bates**, X.Y. Tian* Singapore Start-up and Operation Results at an Australian Advanced Water Reclamation Plant

IWA MTC 2009-597 D.D. Ratnayaka, S. Veerapaneni, X.Y. Tian USAApplication of Membrane Technology to Retrofit Large-Scale Water Treatment Plant in Singapore

IWA MTC 2009-598 C.L. Wallis-Lage, S. Veerapaneni, X.Y. Tian USA Water Scarcity Drives the Need for Advanced Water Treatment


Technical Tours

In the course of the conference, the organizing committee will arrange some technical tours visiting several full scale membrane plants, including: A: Wenyu water purification treatment plant, MBR plant for river water purification (100,000 m3/d), B: Qinghe wastewater treatment plant, advanced membrane filtration plant (80,000 m3/d), and C: Beixiaohe wastewater treatment plant, MBR plant for removal of nitrogen and phosphorus from municipal wastewater (60,000 m3/d).

International Water Association and Tsinghua University are cooperated to hold the international leading-edge water membrane technology exhibition!

Our offer to your company is to showcase your leading-edge products and services to a top-level international audience, to participate in the sessions and to network at the social functions that form part of the program.

Following Seoul in 2004 and Harrogate in 2007, Beijing in 2009 will be the meeting point of the “membrane for water” community. This biennial convention is the flag event of the membrane technology group of IWA. It will give you the chance to raise national, regional and international awareness of your services and products to key industry sectors.

Exhibiting at or sponsoring this event is a unique opportunity to spotlight your company or institution in an exclusive environment over four days to more than 3,000 international water industry people from all aspects of the water cycle. Our exhibitors include AsahiKASEI, OriginWater, MITSUBISHIRAYONGROUP, LITREE, KUBOTA, Aachen University of German, BOERGER PUMPS ASIA SINAP Membrane and so on.

Exhibition scheduleSunday 30 and Monday 31 August – exhibition build upTuesday 1 September – exhibition opening and welcome ceremonyTuesday 1 to Thursday 3 September – exhibition open

A: Wenyu water treatment plant

As an important supporting project of the Beijing 2008 Olympic Games, to improve aquatic environment in the Beijing Olympic Water Park and its surrounding waters, Wenyu water treatment plant officially began operation in October 2007. This plant is used for treating deeply polluted river water with membrane bioreactor process of design capacity 100,000 m3/d, with effluent of treatment plant meeting China Water Quality Standards for Surface Water (Class III). It is the largest MBR technology application in river water purification of the world.

B: Qinghe wastewater treatment plant

Lying in the northwestern part of the city, Qinghe wastewater treatment plant is one of Beijing's 15 largest wastewater treatment plants, which serves a population of 814 thousand and an area of 159.42 km2. The plant was built in two stages; the capacity of first stage is 200,000 m3/d, and it began operations in September 2002 employing a reversed A2O as the main biological treatment process. The second stage, of capacity 200,000 m3/d, began operations in December 2004 with biological treatment processing of A2O, combined with a newly built MF 80,000 m3/d advanced membrane filtration plant; the effluent water quality can be improved to meet the China Water Quality Standard for Urban Miscellaneous Water Consumption.

Exhibition Accommodation

Target visitor groups• Water supply utilities• Governmental departments• Water treatment engineering firms• Wastewater treatment plants• Suppliers and distributors for process, drinking and waste water technology • Commercial sector• Industrial users

Exhibit profile• Transport and storage• Water treatment• Water utilities country pavilions• Point of use• Process control technology process automation• Research and consultancy

Booking stand space before 30 June, 2009 and receive an early bird discount 10% of rental fees.

Exhibition secretariatBeijing SHI BO HONG YE Exhibition Service Co., Ltd.Tel. +86 10 6500 0135Fax. +86 10 6591 [email protected]/iwa/en

The following recommended hotels are just 1 km away from the Beijing Olympic Games National Stadium and 0.5km away from the Beijing International Convention Center, which is event venue of IWA-MTC2009. It enjoys strategic location, with an easy access to the Fourth and Fifth Ring Road, and only 25 minutes drive away from the Beijing International Airport. Special conference rates for hotel room have been arranged for participants. To receive the special conference rate, please make your reservation through the on-line reservation system via conference website.

Hotel Address

Celebrity International Grand Hotel*****

Add: No. 99 Anli Road, Asian Games Village, Chaoyang District, Beijing 100101, China.Tel: (8610)58651166 Fax: (8610)64960909

Beijing North Star Continental Grand Hotel*****Add. No. 8 Beichen Dong Road, Chaoyang District, Beijing P. R. China 100101,R o o m R e s e r v a t i o n s : ( 8 6 1 0 ) 8 4 9 8 0 1 0 5 Fax:(8610)84970106 E-mail:[email protected]

InterContinental Hotel&Resorts*****

Add: 8, BEICHEN WEST ROAD, CHAOYANG DISTRICT • BEIJING, 100105 • CHINATel: +86-10-400 886 2255 Fax: +86-10-84371388

Cheng Hong Hotel***

Add: NO.17, Anhudongli Chaoyang District, Beijing, China. 100101 Tel:+86-10-64929997 Fax: +86-10-64926893E-mal: [email protected]

Ao You Hotel***

Add: Rm.11, Tower B, Huiyuan Apartment, Asian Games Village, Chaoyang District, Beijing, China. 100101Tel: +86-10-84105566 Fax: +86-10-84105666

C: Beixiaohe wastewater treatment plant

Beixiaohe Wastewater Treatment Plant is located to the north of Beijing, serving a population of 412 thousand and an area of 20.68 km2.

The first phase of the Beixiaohe plant, with a capacity of 40,000m3/d, is an important facility directly providing service to the 11th Asian Games and the Asian Games Village. The second phase of Beixiaohe plant is a supporting project for the 2008 Olympic Games and the Olympic Games Village. The total treatment capability is 100,000m3/d, which includes: 40,000 m3/d upgraded existing facilities and 60,000 m3/d newly built facilities employing sophisticated MBR technology with the purpose of removing nitrogen and phosphorus from municipal wastewater, of which 10,000 m3/d is further treated by newly built reverse osmosis (RO) facility. Effluent produced from MBR process complies with stringent reclaimed water quality requirements for car washing and grassland irrigation in the Olympic Games Village and the Datun Development Zone.


Sightseeing Tours

The Forbidden City

The Forbidden City was the Chinese Imperial Palace from the mid-Ming Dynasty to the end of the Qing Dynasty. It is located in the middle of Beijing and now houses the Palace Museum. For almost five centuries, it served as the home of the Emperor and his household, as well as the ceremonial and political center of Chinese government.

Tiananmen Square

Tiananmen Square is located at the center of Beijing City where you can see the national flag raising ceremony and visit Tiananmen Tower, the Monument to the People's Heroes, the Great Hall of the People, the Mao Zedong Memorial Hall. Thousands of people visit Tiananmen Square every day and it is not to be missed when in Beijing City.

Summer Palace

Summer Palace (the Garden of Nurtured Harmony) is situated in the western outskirts of the Haidian District, 15 kilometers (9.3 miles) from central Beijing. Designated as a Key Cultural Relics Protection Site of China by the State Council in 1960, the Summer Palace boasts the largest Royal Park and contains examples of the ancient arts, graceful landscapes and magnificent constructions. The Summer Palace is the archetypal Chinese garden and is ranked amongst the most noted and classical gardens in the world. it was listed as one of the World Heritage Sites by UNESCO in 1998.

Lama Temple

Lama Temple (Palace of Peace and Harmony) built in 1694, was the residence of Prince Yin Zhen, a son of Emperor Kang Xi during the Qing Dynasty. After the prince came to the throne, half of the residence was used as an imperial palace and the other half was converted to a lamasery. It features five large halls and five courtyards with beautifully decorative archways, upturned eaves and carved details. It houses a treasury of Buddhist art, including sculpted images of gods, demons and Buddhas, and Tibetan-style murals.

Great Wall at Badaling

Great Wall at Badaling is situated in Yanqing County, 70 kilometers (43 miles) north of Beijing. Built during the Ming Dynasty (1368-1644), it is the most well-preserved section of the Great Wall. With an average altitude of over 1,000 meters (3,282 feet), this section is the outpost of the Juyongguan Pass. The mountain slope is very steep and the roads are treacherous which made it a military stronghold. Badaling Great Wall is like a strong dragon winding its way along the mountain ranges.

YuanMingYuan

YuanMingYuan (the Garden of all Chinese Gardens) is located in north-west Beijing and is often called the Old Summer Palace by tourists to distinguish it from the nearby Summer Palace. YuanMingYuan was one large Imperial park of three; the Garden of Perfection and Brightness to the west, the Garden of Ten Thousand Eternal Springs to the south and the Garden of Everlasting Spring to the east All three are centered around Fuhai (Lake or Sea of Fortune or Blessings).

Great Wall at Mutianyu

Great Wall at Mutianyu is located in Huairou County, about 45 miles from Beijing. Mutianyu Great Wall enjoys a long history and is part of the glorious culture of China. It connects Juyongguan Pass in the west with Gubeikou Great Wall in the east. The wall was first built during the Qi Dynasty (550 - 557 AD). In the Ming Dynasty (1368 - 1644 AD), Tan Lun and Qi Jiguang, two famous patriotic generals, rebuilt the wall in order to strengthen its defensive potential when they guarded the strategic pass. It served as the northern protective screen guarding the capital.

The Temple of Heaven

The Temple of Heaven is much bigger than the Forbidden City but not as large as the Summer Palace with an area of about 2,700,000 square meters. The Temple was built in 1420, during the Ming Dynasty, to offer sacrifice to Heaven. Because Chinese emperors called themselves 'The Sons of Heaven’, they dared not to build their own dwelling, (the Forbidden City) bigger than a dwelling for Heaven. The Temple of Heaven is enclosed by a long wall with the northern part being semicircular to symbolize the heavens and the southern part square to symbolize the earth. The northern part is also higher than the southern part to illustrate that the Heavens are high and the Earth is low. The Temple's design reflects an ancient Chinese thought that the Heavens are round and the Earth is square.

Ming Tombs

Ming Tombs was the general name given to the mausoleums of 13 emperors of the Ming Dynasty (1368 - 1644 AD). They are located 50 kilometers northwest from Beijing and have been perfectly preserved, as has the necropolis of each of the many emperors. Because of its palatial and integrated architecture and long history, the site has a high cultural and historic value. The layout and arrangement of all thirteen mausoleums are very similar but vary in size as well as in the complexity of their structures.

Invitation to register & preliminary programme

lWA-MTC 2009 Organising Secretariat Contact address: Organising Secretary lWA-MTC 2009Depar tment o f Env i ronmenta l Sc ience and Engineering,Tsinghua University,Beijing 100084,China. Tel:+86-10-62780050,62796518 Fax:+86-10-62795275 Email:[email protected]@gmail.comWeb:www.iwa-mtc2009.org

lWA-MTC 2009 Exhibition SecretariatContact address:Beijing SHI BO HONG YE Exhibition Service Co., Ltd.Tel. +86 10 6500 0135Fax. +86 10 6591 [email protected]/iwa/en

Invitation to register&preliminary programme

Documents

Transcript of Invitation to register&preliminary programme