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A comparative study of the influence of salt concentration on the performance of an osmotic membrane bioreactor and a sequencing batch reactor
ArticleAbstract: BACKGROUND: An osmotic membrane bioreactor (OMBR) is a wastewater treatment technique that presentsPalabras claves:draw solution, Forward Osmosis, membrane fouling, Osmotic membrane bioreactor, sequencing batch reactorAutores:José Antonio Mendoza-Roca, Luján-Facundo M.J., Pastor-Alcañiz L., Soler-Cabezas J.L., Vincent-Vela M.C.Fuentes:scopusComparison of two strategies for the start-up of a biological reactor for the treatment of hypersaline effluents from a table olive packaging industry
ArticleAbstract: Biological treatment of hypersaline effluents with high organic matter concentrations is difficult tPalabras claves:Fermentation brines, Hypersaline effluents, Polyphenols biodegradation, SBR, Table olives, Wastewater treatmentAutores:Alonso-Molina J.L., Ferrer-Polonio E., Iborra-Clar A., José Antonio Mendoza-Roca, Pastor-Alcañiz L.Fuentes:scopusBiological treatment of hypersaline wastewater from table olive processing: Process performance and protist population under different operating conditions
ArticleAbstract: Biological treatment of fermentation brines from table olive processing (FTOP) entails many difficulPalabras claves:Biological treatment, Hypersaline wastewater, PHENOLIC COMPOUNDS, Protist population, PseudocohnilembusAutores:Ferrer-Polonio E., Iborra-Clar A., José Antonio Mendoza-Roca, Pastor-Alcañiz L., Pérez-Uz B.Fuentes:scopusBiological treatment performance of hypersaline wastewaters with high phenols concentration from table olive packaging industry using sequencing batch reactors
ArticleAbstract: Biological treatment of hypersaline wastewaters such as fermentation brine from table olive processiPalabras claves:Hypersaline effluents, Phenols removal, SBR, Table olivesAutores:Alonso-Molina J.L., Ferrer-Polonio E., Iborra-Clar A., José Antonio Mendoza-Roca, Pastor-Alcañiz L.Fuentes:scopusBrine recovery from hypersaline wastewaters from table olive processing by combination of biological treatment and membrane technologies
ArticleAbstract: The fermentation brines from table olive processing (FTOP) are hypersaline effluents (conductivitiesPalabras claves:Biological treatment, Hipersaline effluents, nanofiltration, PHENOLIC COMPOUNDS, UltrafiltrationAutores:Álvarez-Blanco S., Carbonell-Alcaina C., Ferrer-Polonio E., Iborra-Clar A., José Antonio Mendoza-Roca, Pastor-Alcañiz L., Piá A.B.Fuentes:scopusAdsorption of raw and treated by membranes fermentation brines from table olives processing for phenolic compounds separation and recovery
ArticleAbstract: BACKGROUND: Fermentation brines from table olive processing are effluents characterized by very highPalabras claves:Fermentation brines, Phenols adsorption, Phenols recovery, Polymeric resin, Table olive processingAutores:Ferrer-Polonio E., Iborra-Clar A., José Antonio Mendoza-Roca, Pastor-Alcañiz L.Fuentes:scopusEffect of alternating anaerobic and aerobic phases on the performance of a SBR treating effluents with high salinity and phenols concentration
ArticleAbstract: The biological treatment of hypersaline wastewaters with high COD and phenols concentration requiresPalabras claves:Anaerobic/aerobic phases, Biological wastewater treatment, Hypersaline wastewater, PHENOLIC COMPOUNDS, SBRAutores:Ferrer-Polonio E., García-Quijano N.T., Iborra-Clar A., José Antonio Mendoza-Roca, Pastor-Alcañiz L.Fuentes:scopusDynamic ultrafiltration modelling for a submerged membrane bioreactor based on neural networks
Conference ObjectAbstract: A neural network (NN) model to predict the membrane performance in a scale pilot submerged membranePalabras claves:Membrane bioreactor, Neural networks, UltrafiltrationAutores:Carreño-Martínez Y., José Antonio Mendoza-Roca, Lobo-Colominas E., Martínez-Francisco F.J., Pastor-Alcañiz L., Piá A.B.Fuentes:scopusDetermination of fouling mechanisms in polymeric ultrafiltration membranes using residual brines from table olive storage wastewaters as feed
ArticleAbstract: In this work, the fouling mechanisms that dominate the ultrafiltration of residual brines from tablePalabras claves:Fouling mechanisms, mathematical models, Polyethersulfone membranes, Table olive packing plant wastewaters, UltrafiltrationAutores:Álvarez-Blanco S., Carbonell-Alcaina C., Corbatón-Báguena M.J., José Antonio Mendoza-Roca, Pastor-Alcañiz L., Piá A.B.Fuentes:scopusDevelopment of fouling-resistant polyethersulfone ultrafiltration membranes via surface UV photografting with polyethylene glycol/aluminum oxide nanoparticles
ArticleAbstract: Polyethersulfone ultrafiltration membranes prepared via immersion precipitation with similar pore siPalabras claves:ANTIFOULING, Hydrophilicity, Photografting, Polyethylene glycol/aluminum oxide nanoparticles, Ultraviolet irradiationAutores:Alcaina-Miranda M.I., Garcia-Ivars J., Iborra-Clar M.I., José Antonio Mendoza-Roca, Pastor-Alcañiz L.Fuentes:scopus