Reviews in Inorganic Chemistry,
Год журнала:
2024,
Номер
unknown
Опубликована: Авг. 30, 2024
Abstract
The
constant
increase
in
population
and
as
a
result
industrial
activities
many
areas,
such
textiles,
cosmetics,
leather,
polymers,
food
processing
leads
to
the
contamination
of
water
sources
with
different
dyes.
Thus,
removal
dyes
from
contaminated
make
reusable
is
utmost
requirement
time
order
get
environmental
sustainability.
reason
that
pollutants
present
dyeing
wastewater
industries
have
detrimental
impacts
on
plants,
wildlife,
humans.
To
lessen
negative
effects
dye
environment
living
beings,
it
should
be
processed
first
remove
un-wanted
components
before
being
released
sources.
However,
due
some
drawbacks
technologies,
challenging
settle
single
solution
addresses
current
effluent
problem
clean.
In
work,
we
tried
our
best
elaborate
methods
adopted
for
treatment
polluted
respect
their
implementation
along
advantages.
RSC Advances,
Год журнала:
2024,
Номер
14(14), С. 9445 - 9471
Опубликована: Янв. 1, 2024
Microgels
have
gained
significant
importance
for
the
removal
of
pollutants
owing
to
their
stimulus-responsive
behavior,
high
stability,
and
reusable
capacity.
However,
despite
these
advantages,
several
hurdles
need
be
overcome
fully
maximize
potential
as
effective
adsorbents
eradicating
various
contaminants
from
environment,
such
metallic
cations,
organic
compounds,
anions,
harmful
gases,
dyes.
Therefore,
a
critical
review
on
adsorption
by
microgels
is
needed.
In
this
regard,
presents
latest
developments
in
adsorptive
properties
microgels.
The
synthetic
methods,
architectural
structures,
behavior
are
explained
detail.
addition,
explores
factors
that
directly
influence
microgels,
pH,
feed
composition,
content
pollutants,
comonomers,
agitation
time,
temperature,
microgel
dose,
nature
both
adsorbates
(pollutants)
(microgels),
medium,
ionic
strength.
Various
isotherms
also
explored
together
with
kinetic
aspects
process
provide
comprehensive
understanding.
