E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
511, P. 01033 - 01033
Published: Jan. 1, 2024
This
research
explores
the
transformative
potential
of
nanomaterial
developments
in
tending
to
water
and
soil
contamination
through
economical
natural
remediation
procedures.
Three
unmistakable
nanomaterials,
Nanoparticle
A,
Nanocomposite
B,
Nanotube
C,
were
synthesized
efficiently
assessed
for
their
adequacy
poison
expulsion.
In
adsorption
tests,
B
showed
remarkable
lead
expulsion
capacity,
outperforming
A
C
with
values
30
mg/g.
Catalytic
debasement
tests
illustrated
B’s
predominant
proficiency
corrupting
phenol,
accomplishing
a
noteworthy
68%,
outflanking
A.
comprehensive
compatibility
appraisal
uncovered
decreased
ecotoxicity
cytotoxicity
files
situating
it
as
naturally
inviting
choice
remediation.
Comparative
investigations
related
works
exhibit
importance
fitting
properties
focused
on
The
promising
results
emphasize
maintainable
multifunctional
arrangement
investigation
contributes
profitable
insights
developing
field
nanotechnology-enabled
administration,
emphasizing
requirement
capable
sending
nanomaterials
attain
long-term
environmental
human
well-being
benefits.
Nanomaterials,
Journal Year:
2024,
Volume and Issue:
14(5), P. 406 - 406
Published: Feb. 23, 2024
Magnetic
chitosan
nanoparticles,
synthesized
by
in
situ
precipitation,
have
been
used
as
adsorbents
to
remove
sulfamethoxazole
(SMX),
a
sulfonamide
antibiotic
dangerous
due
its
capacity
enter
ecosystems.
The
adsorption
of
SMX
has
carried
out
the
presence
tertiary
wastewaters
from
depuration
plant
obtain
more
realistic
results.
effect
pH
on
significantly
changed
when
carrying
experiments
wastewater.
This
change
explained
while
taking
into
account
charge
properties
both
and
magnetic
chitosan.
composition
characterized
discussed
regards
models
Elovich
Freundlich
selected
describe
kinetics
isotherms,
respectively.
analysis
these
suggested
that
mechanism
is
based
strong
chemical
interactions
between
chitosan,
leading
formation
an
multilayer.
Environmental Advances,
Journal Year:
2024,
Volume and Issue:
16, P. 100551 - 100551
Published: May 24, 2024
The
study
examined
the
capabilities
of
expanded
zeolites,
which
were
modified
with
oil-consuming
bacteria,
in
terms
biosorption,
biodegradation,
and
oil
absorption.
This
investigation
aimed
to
assess
effectiveness
zeolite
as
an
absorbent
for
spills
its
potential
eradicating
such
spills.
research
involved
three
different
adsorbents:
one
without
loaded
laden
bacteria.
results
indicated
that
zeolite,
characterized
by
extensive
surface
region
reduced
density,
provided
conditions
conducive
development
propagation
microbes.
After
microbial
establishment,
absorption
removal
increased
60.5%
78.14%,
respectively,
contrast
pre-enlargement
stage.
Additionally,
microorganism
functioning
helped
mitigate
pollution
interfacial
tension
amid
water
through
generation
surfactants.
This,
turn,
facilitated
separation
residual
from
water.
RSC Sustainability,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 1, 2025
The
adsorption
of
water
contaminants
using
renewable
biopolymer
hydrogel
beads
represents
an
environmentally
friendly
and
economically
viable
solution
for
pollution
control.
Traditional
methods
preparing
these
are
often
not...
