Time |
Day 3: Thusday - October 21, 2010 |
9.05-10.55 |
Membrane Based Seawater |
Removal of Emerging |
Industrial Wastewater |
|
and Brackish Desalination |
Substances |
Treatment and Reuse |
|
(3) |
(1) |
(3) |
9.05-9.35 |
Keynote 10: Direct water reclamation |
Keynote 11: Use of MBR for |
Keynote 12: Crossflow filtration |
|
from domestic wastewater using a hybrid |
xenobiotics removal from civil and |
hydrocyclone for produced water |
|
forward osmosis membrane bioreactor |
industrial wastewaters: First results from |
treatment |
|
with nanofiltration |
an italian national research project |
V. Tarabara, W. Shan, M. Gaustad, R. |
|
C. H. Tan, J. Y. Zhang, L. Y. Lee, W. |
F. Conti, E. Lanciotti, F. Malpei, G. |
Rieck, A. Benard, C. Petty (USA, 245) |
|
Duan, S.L. Ong, H. Y. Ng (Singapore, |
Mancini, F. Pirozzi, M. Torregrossa, P. |
|
|
194) |
Verlicchi, R. Vismara (Italy, 350) |
|
9.35-9.55 |
Comparison of boron rejection in |
Removal of pharmaceutical compounds |
Characterization of cake layer in a |
|
forward osmosis and reverse osmosis |
in an immersed membrane bioreactor |
membrane-coupled sequencing |
|
C. Kim, S. Lee, C. Boo, M. Elimelech, S. |
system |
bioreactor treating oilfield produced |
|
Hong (South Korea, 292) |
E. Dialynas, C. Antoniou, E. Diamadopoulos (Greece, 31) |
water
A. Pendashteh, W.M. Zahid, A. Fakhru 'l-Razi, L.C. Abdullah, S.S. Madaeni, Z.Z. Abidin, D.R.A. Biak (Malaysia, 38) |
9.55-10.15 |
Pressure-retarded osmosis for energy |
The removal and degradation of |
Effect of pre-ozonation in membrane |
|
production: membrane materials and |
pharmaceutical compounds during |
bioreactor (MBR) system during |
|
operating conditions |
membrane bioreactor treatment |
treatment of produced water |
|
H. Kim, J.-S. Choi, S. Lee, H. Oh (South |
H. Fr. Schroder, J. L. Tambosi, R. F. |
B. Atay, S. Erdem, B. Kose, H. Ozgun, |
|
Korea, 373) |
Sena, R. F.P.M. Moreira, H. J. Jose, J. Pinnekamp (Germany, 231) |
M. E. Ersahin, N. Kayaalp, M. Altinbas, S. Eliduzgun, F. Yilmaz, S. Sayili, P. Hoshan, S. D. Atay, E. Eren, C. Kinaci, I. Koyuncu (Turkey, 460) |
10.15-10.35 |
Optimal design and simulation of hybrid |
Removal of persistent pharmaceutical |
The Effect of Centrifuging and |
|
RO/PRO process for water production |
micropollutants |
Ultrafiltration as Pre-treatment Methods |
|
D. Y. Kim, B. Gu, J. H. Kim, S. Lee, D. |
D. Serrano, J.M. Lema, F. Omil (Spain, |
on Nanofiltration for Olive Mill |
|
R. Yang (South Korea, 181) |
50) |
Wastewater (OMW)
T. Coskun, N. Manav Demir, E. Debik
(Turkey, 313) |
10.35-10.55 |
Ceramic Membranes in Removing Boron |
Treatment of pharmaceutical wastewater |
Total reuse of effluents in a petroleum |
|
from Processed Geothermal Waters |
to the quality of process water |
refinery using membrane technology |
|
B.I. Harman, H. Koseoglu, N.O. Yigit, N. |
L. N. Gubanov, I. V. Katraeva, M. V. |
E. Torres (Brazil, 429) |
|
Kabay, M. Kitis (Turkey, 73) |
Kolpakov, Y. S. Kuzina (Russia, 464) |
|
10.55-11.10 |
Coffee Break |
11.10-12.50 |
Membrane Based Seawater and Brackish Desalination (4) |
Removal of Emerging Substances (2) |
Industrial Wastewater Treatment and Reuse (4) |
11.10-11.30 |
Halophyte application for beneficial concentrate disposal of inland Reverse osmosis systems M. Hossein (Iran, 275) |
Elimination of micropollutants and viruses with ceramic-/ polymeric membrane bio reactors and activated carbon C. Lorey, K.-H. Rosenwinkel (Germany, 244) |
Membrane filtration and sonication for industrial wastewater reuse C. Caretti, E. Coppini, E. Fatarella, C. Lubello (Italy, 223) |
11.30-11.50 |
Nitrate removal by reverse osmosis: application to groundwater treatment S. Aomraoui, R. Haddad, M. Belkacem (Algeria, 206) |
Comparison on the removal of emerging pollutants in Mexico City wastewater using flocculation, aerobic biodegradation and membrane filtration A. Guimaraes, B. Jimenez (Mexico, 291) |
Use reverse osmosis membrane to reclaim petrochemical wastewater: a pilot study
G. Zhang, Q. Shen, Q. Shen (China, 430) |
11.50-12.10 |
Comparison of microfiltration and slow sand filtration as a pretreatment of desalination of central arizona project (CAP) water
A. F. Corral, U. Yenal, R. Strickle, J. Nixon, W. P. Ela, R. G. Arnold (USA, 375) |
Efficiency of RO/NF membranes at removal of veterinary antibiotics D. Dolar, D. M.Pavlovic, D. Asperger, K. Kosutic (Croatia, 225) |
Full scale leachate treatment by MBR
and nanofiltration in Turkey
S. Yildiz, V. Bolahirli, (Turkey, 495) |
12.10-12.30 |
Reverse osmosis/nanofiltration parallel coupling with recirculation for brackish water desalination
A. Mnif, M. Ben Sik Ali, B. Hamrouni (Tunisia, 398) |
Development of Reverse osmosis Technology for ampicilline antibiotic removal from pharmaceutical industrie's effluent
M. Gholami (Iran, 90) |
Particle size distribution effects on membrane filtration systems for landfill leachate treatment
N. Buyukkamaci, A. Ayol, A. Filibeli (Turkey, 333) |
12.30-12.50 |
Minimum energy comsumption in desalination. the chemical potential way P. Penas (Spain, 143) |
Optimization of wastewater reclamation system using membrane filtration and oxidation processes: Removal of pharmaceuticals
B. S. Oh, S. G. Oh, P. V. X. Hung, O. Kwon, I. S. Kim (South Korea, 211) |
Ultrafiltration and physical-chemical systems as a pre-treatment for an UV-H2O2 process to treat an industrial effluent with high organic load J. C. Mierzwa, E. L. Subtil, I. Hespanhol (Brazil, 277) |
12.50-14.00 |
Lunch |
14.00-15.30 |
Membrane Fouling and Control for Reuse
(1) |
Removal of Emerging Substances (3) |
Hybrid Membrane Processes (1) |
14.00-14.30 |
Keynote 13: Standardisation of autopsy protocols for the diagnosis of membrane failure and fouling S. J. Cox, A. Antony, Z. Bradford-Hartke, G. L. Leslie (Australia, 289) |
Keynote 14: Prospects for reliable predictions of RO/NF membrane colloidal fouling through UF tests A. Karabelas (Greece, 408) |
Keynote 15: Anaerobic Membrane Bioreactors: Limitations and Perspectives
J. B. van Lier, J. Yang, H. Spanjers, D. Jeison (Netherlands, 508) |
14.30-14.50 |
Novel cleaning and fouling control in forward osmosis membranes for wastewater reuse
Y. Yu, S. Seo, S. Lee (South Korea, 358) |
Degradation of antineoplastic compounds using an integrated membrane/Electro-oxidation Process P. I. C. Oliveira, S. Velizarov, J. G. Crespo, C. A. M. Portugal (Portugal, 334) |
Enhancing the conventional and ecotoxicological efficiency of the partial ozonation process for the degradation of wastewater concentrate W. D. Schepper, J. Dries, L. Geuens, R. Blust (Belgium, 64) |
14.50-15.10 |
Membrane fouling reduction in an electrically enhanced MBR sytem V. Wei, J.A. Oleszkiewicz, M. Elektorowicz (Canada, 290) |
Investigation and development of special hybrid sorbents for application in membrane technologies of arsenic extraction from water N. Makarova, T. Mitchenko, H. Shevchuk (Ukraine, 43) |
Submerged NF membrane with MIEX pretreatment for sustainable advanced water treatment
J. Kaewsuk, G. T. Seo, T. S. Lee (South Korea, 177) |
15.10-15.30 |
A new biofouling control paradigm in MBR: enzymatic quorum quenching H. S. Oh, S. R. Kim, C. S. Yang, H. W.Kim, C. H. Lee, K. M. Yeon, J. K. Lee (South Korea, 257) |
Metal Oxide Enhanced Microfiltration for the Removal of Sr and Co from Nuclear Wastewater N. A. Weerasekara, K. Choo , Y. Kim, S. Choi, W. Shin (S. Korea, 409) |
Hybrid ceramic microfiltration S. G. J. Heijman, B. Hofs, J. Z. Hamad, M. Kennedy. S. Bakker, G. Amy (Netherlands, 366) |
15.30-15.45 |
Coffee Break |
15.45-16.45 |
Membrane Fouling and Control for Reuse |
Energy Production |
Hybrid Membrane Processes |
|
(2) |
(1) |
(2) |
15.45-16.05 |
Influence of microbial products on |
Production of bioelectricity from |
Effect of two different kinds of |
|
membrane fouling mechanism using |
synthetic waste water with a nafion 117 |
photocatalysts (TiO2) on decomposition |
|
submerged membrane bioreactor |
M. Rahimnejad, G. D. Najafpour, A. A. |
and ultrafiltration of humic acid |
|
N. Dizge, A. Karagunduz, B. Keskinler |
Ghoreyshi, T. Jafarg, F. Haghparast, H. |
J. N. Riungu, M. Hesampour, H. M. |
|
(Turkey, 355) |
Zareh (Iran, 322) |
Mwangi, M. Manttari, A. Pihlajamaki, H. Siren (Kenya, 433) |
16.05-16.25 |
The effect of sodium sulfate on the |
Membrane Selection for Microbial Fuel |
Effect of temperature, membrane |
fouling in a submerged membrane |
Cell |
resistance and filtration mechanisms on |
|
bioreactor (MBR) for treating |
B. Akoglu, G. Aci, E. Taskan, D. |
SDI |
|
petrochemical wastewater |
Karadag, B. Ozkaya, H. Hasar (Turkey, |
A. Alhadidi, A.J.B. Kemperman, J.C. |
|
F. Sadeghi, M. R. Mehrnia, M. H. |
509) |
Schippers, M. Wessling, W.G.J. van der |
|
Sarrafzadeh, R. Nabizadeh, A. K. |
|
Meer (Netherland, 222) |
|
Garakani, M. Askarian (Iran, 303) |
|
|
16.25-16.45 |
A Profound Study on Membrane Fouling |
Utilization of membrane filtration for |
Pilot scale submerged membrane- |
|
M.M. Naim and M.M. Elewa (Egypt, |
harvesting and concentration of |
adsorption hybrid system for natural |
|
288) |
cultivated microalgae
R. Gori, G. Munz, C. Lubello, D. Daddi,
N. Biondi, M. Tredici (Italy, 165) |
organic matter (NOM) removal
M. Akdagli, M. Cakmakci, V. Uyak, t.
Koyuncu (Turkey, 423) |
16.45-17.00 |
Coffee Break |
17.00-18.00 |
Closing Ceremony |
19.00- |
Conference Dinner |