0000000000294005

AUTHOR

P. Mercurio

showing 1 related works from this author

The role of fouling mechanisms in a membrane bioreactor.

2007

The present study has aimed to quantify the role of pore blocking and cake layer in a laboratory scale hollow fibre membrane module in submerged configuration. The membrane reactor (MBR) was fed with raw wastewater, only screened with a 2-mm sieve, collected from the Palermo WWTP. The MBR was characterised by an operating volume of 190 L and equipped with an aeration system located on the bottom of the reactor. The MBR operated for 65 days. The permeate was extracted by imposing a constant flux through the membrane (21 Lh−1m−2). The results confirm the importance of pore blocking control during start-up. In particular, it provides a rapid irreversible fouling that takes place at the beginni…

Environmental EngineeringResistanceStart-upTransmembrane pressureMembrane bioreactorWaste Disposal Fluidlaw.inventionMBRBioreactorslawBiomassFiltrationWater Science and TechnologySuspended solidsSettore ICAR/03 - Ingegneria Sanitaria-AmbientaleMembrane reactorFoulingChemistryMembrane foulingEnvironmental engineeringMembranes ArtificialFoulingMembraneFouling MBR resistancesWastewaterChemical engineeringMembrane bioreactorPorosityFiltrationWater science and technology : a journal of the International Association on Water Pollution Research
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