Gel layer

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Ultraﬁltration permeate ﬂux decline prediction for gel layer forming solutes using monotubular ceramic membranes Experimental results on permeate flux decline with time obtained from ultrafiltration tests were compared with those predicted by means of Song and Elimelech’s model. Feed solutions consisted of aqueous solutions containing 15 g/L of polyethylene glycol 35 kg/mol. All model parameters were theoretic Desalination 240 (2009)
Influence of hemicellulose aggregate and gel layer formation on flux and retention during nanofiltration of alkaline solutions Nanofiltration of process liquors from viscose-type textile fibre production was investigated using a laboratoryscale crossflow test apparatus. Feed solutions contained about 200 g/l sodium hydroxide and a high concentration of hemicellulose as a contaminant originating from the raw material wood. T Desalination 175 (2005)

Ultraﬁltration permeate ﬂux decline prediction for gel layer forming solutes using monotubular ceramic membranes

Experimental results on permeate flux decline with time obtained from ultrafiltration tests were compared with those predicted by means of Song and Elimelech’s model. Feed solutions consisted of aqueous solutions containing 15 g/L of polyethylene glycol 35 kg/mol. All model parameters were theoretic

Desalination 240 (2009)

Influence of hemicellulose aggregate and gel layer formation on flux and retention during nanofiltration of alkaline solutions

Nanofiltration of process liquors from viscose-type textile fibre production was investigated using a laboratoryscale crossflow test apparatus. Feed solutions contained about 200 g/l sodium hydroxide and a high concentration of hemicellulose as a contaminant originating from the raw material wood. T

Desalination 175 (2005)

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