Toxics,
Journal Year:
2024,
Volume and Issue:
12(2), P. 111 - 111
Published: Jan. 28, 2024
This
study
delves
into
the
critical
issue
of
water
pollution
caused
by
presence
metal
oxides,
synthetic
dyes,
and
dissolved
organic
matter,
shedding
light
on
their
potential
ramifications
for
both
environment
human
health.
Metal
ubiquitous
in
industrial
processes
consumer
products,
are
known
to
leach
bodies,
posing
a
significant
threat
aquatic
ecosystems.
Additionally,
extensively
used
various
industries,
can
persist
systems
exhibit
complex
chemical
behavior.
review
provides
comprehensive
examination
toxicity
associated
with
matter
systems.
We
delve
sources
environmental
fate
these
contaminants,
highlighting
prevalence
natural
bodies
wastewater
effluents.
The
highlights
multifaceted
impacts
them
health
ecosystems,
encompassing
effects
microbial
communities,
flora
fauna,
overall
ecological
balance.
novelty
this
lies
its
unique
presentation,
focusing
matter.
approach
aims
facilitate
accessibility
results
readers,
providing
streamlined
clear
understanding
reported
findings.
Applied Catalysis O Open,
Journal Year:
2024,
Volume and Issue:
190, P. 206931 - 206931
Published: May 1, 2024
In
our
endeavor
to
improve
the
efficiency
of
Fenton-like
process
for
degradation
levofloxacin
(LVX),
a
comprehensive
study
was
conducted
on
applicability
heterogeneous
catalyst:
iron-containing
silica
pillared
clay
(Fe-SPC).
Optimization
experiments
showed
that
an
optimal
and
cost-effective
Fe
content
10
wt%
significantly
improved
catalyst
efficiency.
A
characterization,
determine
porous
properties,
chemical
composition,
morphological
visual
appearance,
highlighted
special
features
compared
raw
clay.
When
investigating
effects
operating
parameters
adsorptive
oxidative
it
found
optimum
conditions
were
0.5
g/L
Fe-SPC
at
pH
3
40
°C
using
500
mg/L
hydrogen
peroxide
(H2O2).
This
resulted
in
impressive
average
removal
90%
from
50
LVX
solution
after
180
min
least
5
consecutive
runs
without
additional
treatment.
Scavenging
total
organic
carbon
tests
confirmed
involvement
hydroxyl
radicals
formation
intermediates
prior
complete
mineralization.
