Results in Engineering,
Год журнала:
2022,
Номер
16, С. 100623 - 100623
Опубликована: Сен. 5, 2022
Oil
spillage
and
industrial
discharge
of
oily
wastewater
threaten
the
health
human
beings
environmental
life.
To
perform
oil
cleaning
from
water
bodies,
several
physicochemical
methods
have
been
employed.
However,
these
experience
various
challenges
hindering
their
absolute
usage.
curb
problems,
smart
materials
are
fabricated,
thus
gravitating
interests
towards
research.
The
current
study
provides
a
comprehensive
outline
for
preparation
evaluation
hybrid
membranes
separation
water.
were
prepared
via
facile
phase
process
using
polysulfone/polypropylene
casting
solution.
improve
filtration
membranes,
perfluorooctyltriethoxysilane-modified
silica
nanoparticles
(FOTS-SiO2NPs)
embedded
into
Based
on
contact
angle
(CA)
membrane
pore
sizes,
hydrophobic-oleophilic
porous
synthesized.
Also,
liquid
pressure
(LEP)
correlated
with
CA
reduced
sizes
upon
modification.
Interestingly,
incorporation
FOTS-SiO2NPs
improved
oleophilicity,
representing
high
performing
during
oil-water
separation.
Respective
flux
efficiency
84.9
L/h·m2
83.4%
obtained.
These
results
demonstrate
one-step
success
efficient
polluted
sources.
Abstract
Effective
treatment
of
oily
wastewater,
which
is
toxic
and
harmful
causes
serious
environmental
pollution
health
risks,
has
become
an
important
research
field.
Membrane
separation
technology
emerged
as
a
key
area
investigation
in
oil–water
due
to
its
high
efficiency,
low
costs,
user-friendly
operation.
This
review
aims
report
on
the
advances
various
types
membranes
around
emulsion
permeance,
antifouling
stimulus
responsiveness.
Meanwhile,
challenges
encountered
are
examined,
potential
avenues
identified.
