1 - 10 |
Biofouling potential of chemicals used for scale control in RO and NF membranes Vrouwenvelder JS, Manolarakis SA, Veenendaal HR, van der Kooij D |
11 - 19 |
Application of low fouling RO membrane elements for reclamation of municipal wastewater Wilf M, Alt S |
21 - 27 |
Flux enhancement of RO desalination processes Abbas A, Al-Bastaki N |
29 - 40 |
Effects of environment on source water for desalination plants on the eastern coast of Saudi Arabia Azis PKA, Al-Tisan I, Al-Daili M, Green TN, Dalvi AGI, Javeed MA |
41 - 45 |
A design/build approach to deep aquifer membrane treatment in Southern California Everest WR, Malloy S |
47 - 54 |
Reverse osmosis concentrate disposal in the UK Squire D |
55 - 64 |
Desalination of brackish fish pond effluents - pilot testing and comparative economic evaluation of integrated UF-RO systems vs. conventional systems Glueckstern P, Priel M, Thoma A, Gelman Y |
65 - 72 |
Direct nanofiltration or ultrafiltration of WWTP effluent? Duin O, Wessels P, van der Roest H, Uijterlinde C, Schoonewille H |
73 - 82 |
Assessment of an integrated membrane system for surface water treatment Glucina K, Alvarez A, Laine JM |
83 - 87 |
The application of acid free antiscalant to mitigate scaling in reverse osmosis membranes Al-Rammah A |
89 - 100 |
Prevention of silica scale in membrane systems: removal of monomer and polymer silica Bremere I, Kennedy M, Mhyio S, Jaljuli A, Witkamp GJ, Schippers J |
101 - 108 |
Monitoring scaling in nanofiltration and reverse osmosis membrane systems van de Lisdonk CAC, van Paassen JAM, Schippers JC |
109 - 119 |
Scaling control of RO membranes and direct treatment of surface water Bonne PAC, Hofman JAMH, van der Hoek JP |
121 - 131 |
Membrane chemical research: centuries apart Darton EG |
133 - 142 |
Photochemical modification of poly(ether sulfone) and sulfonated poly(sulfone) nanofiltration membranes for control of fouling by natural organic matter Kilduff JE, Mattaraj S, Pieracci JP, Belfort G |
143 - 160 |
Seasonal variations of nanofiltration (NF) foulants: identification and control Her N, Amy G, Jarusutthirak C |
161 - 165 |
Iowa's first electrodialysis reversal water treatment plant Hays J |
167 - 171 |
Recycling of water with canal water supplement at Artis Zoo, Amsterdam, by means of ultrafiltration and reverse osmosis Averink CWA, Buijs W |
173 - 179 |
Biofuoling in RO membrane systems Part 1: Fundamentals and control Al-Ahmad M, Aleem FAA, Mutiri A, Ubaisy A |
181 - 187 |
Predicting the performance of RO membranes Al-Bastaki NM, Abbas A |
189 - 193 |
Retention of herbicides and pesticides in relation to aging of RO membranes Bonne PAC, Beerendonk EF, van der Hoek JP, Hofman JAMH |
195 - 197 |
Comparison of the electrodialytic properties on NiSO4 and NiCl2: Influence of the salt nature in electrodialysis Bouhidel KE, Rumeau M |
199 - 204 |
Concentration polarization in electrodialysis: Buffer solutions experimental method Bouhidel KE, Oulmi K |
205 - 209 |
Removal of pesticide residues in water using the nanofiltration process Boussahel R, Bouland S, Moussaoui KM, Montiel A |
211 - 215 |
Four years field experience with fouling resistant reverse osmosis membranes Coker S, Sehn P |
217 - 232 |
Studies on organic foulants in the seawater feed of reverse osmosis plants of SWCC Dalvi AGI, Al-Rasheed R, Javeed MA |
233 - 242 |
Laboratory technique for predicting the scaling propensity of RO feed waters Drak A, Glucina K, Busch M, Hasson D, Laine JM, Semiat R |
243 - 248 |
Membrane replacement in desalting facilities Duranceau SJ |
249 - 253 |
Use of continuous electrodeionization to reduce ammonia concentration in steam generators blow-down of PWR nuclear power plants Goffin C, Calay JC |
255 - 261 |
Determination of membrane properties for use in the modelling of a membrane distillation module Guijt CM, Racz IG, Reith T, de Haan AB |
263 - 268 |
Desalination of seawater using nuclear heat Hanra MS |
269 - 274 |
Modular desalting for specialized applications Harris C |
275 - 280 |
Desalination of seawater: an experiment with RO membranes Hawlader MNA, Ho JC, Teng CK |
281 - 286 |
Reverse osmosis of concentrated calcium sulphate solutions in the presence of iron (III) ions using composite membranes Kavitskaya AA, Knyazkova TV, Maynarovich AA |
287 - 292 |
Nanofiltration for drinking water production from deep well water Khalik A, Praptowidodo VS |
293 - 298 |
Starting procedure of high-pressure pump with de-rated motor for large-scale SWRO trains Liberman B, Liberman I |
299 - 306 |
Investigation on purification of hydrochloric acid by membrane method Linnikov OD, Anokhina EA, Scherbakov VE |
307 - 314 |
Application of low-pressure nanofiltration coupled with a bicycle pump for the treatment of arsenic-contaminated groundwater Oh JI, Yamamoto K, Kitawaki H, Nakao S, Sugawara T, Rahman MM, Rahman MH |
315 - 321 |
RO and NF membrane systems for drinking water production and their maintenance techniques Pervov AG, Dudkin EV, Sidorenko OA, Antipov VV, Khakhanov SA, Makarov RI |
323 - 328 |
Studies on seawater desalination by reverse osmosis at the Badak natural gas liquefaction plant, Bontang, East Kalimantan Praptowidodo VS, Khalik A |
329 - 335 |
First land-based plant for RO desalination in Croatia Sambrailo D, Ivic J |
337 - 344 |
Performance of RO membranes in silica bearing waters Sheikholeslami R, Zhou S |
345 - 347 |
Combating water shortages with innovative uses of membranes Vedavyasan CV |
349 - 352 |
A study of the electrodeionization process - high-purity water production with a RO/EDI system Wang JY, Wang SC, Jin MR |
353 - 356 |
ETRAS thermal desalination system Ras ET, Pomantoc JJ, Tumulaka EP, Ras RT, Falar PR, Lelis J |