Stability of liquid emulsion membrane processes

Research Trends

Controlling performance silicalite-1 membranes

of

‘l’he ~rrucrural

characrrriarics

and perfornuncc

(for- iz-butane wpporwd

and

silicalire-1

by fine-tuning of.

nine.

nl.w

h,dance\

thickness

iWi0

For

given

hlgherr point

perfecr

values

.&ievc.

superior

ever

in

b&e,-

relation

rhe rheorerical reportc’d,

10 For

for if-

ro

underlining

inregriry

rhe

fluxes dre the rhe

is essenrial ro

fimctionrtlir~.

elccrro-oxidation

phosph,w

for

of

performance.

Permselective behaviour conducting thin film ‘I‘he

flux

w.ls 3.8 mmol/rn’\.

selectivirirs,

rhac high srrucrural

.1rt’

of31

(of iz dnd z) rhe selectivir):

thickness.

rhe The

membrane

an n-huranc

vv.15 48 and its flux

rhe

rhar

of both

.,d source UK

of rhe finA

indicating

nlixtures

nwnbrane

indicate

is a funcrion

wirh

a roral

reaction

by its high pwnselectivir)i

combined

nin1ol/m%,

lnany

and the SIIU

properries

den1onsIrdtt.d wburanc

of wlf-

were oprimisrd

and

~)nrtxwsvolume cxcc.IIcnI

rnambrwes,

sources

‘l’hc

n~rmbrane

scturarion)

rheir synrheses by screening

silica

conditions.

butane

i-buunc

;\r pH

of 7 le.&

of non2-naphthol

in

10 rhc fol-nution

MembraneTechnology

No. 127