Chemical Physics Impact,
Journal Year:
2024,
Volume and Issue:
8, P. 100507 - 100507
Published: Feb. 1, 2024
The
enormous
use
of
tetracycline
in
aquaculture,
livestock,
and
the
treatment
human
diseases
has
culminated
a
growing
worldwide
danger
to
aquatic
terrestrial
biodiversity.
Thus,
necessity
for
efficient
methods
TC
removal
from
water
is
critical.
In
this
view,
we
propose
Ni
substituted
Mg-Zn
nano-ferrites
as
model
photo
catalyst
polluted
water.
Moreover,
concentrate
on
electrical
properties
synthesised
ferrites
explore
their
multi
sector
applications.
synthesized
catalysts
were
systematically
characterized
structural,
optical,
with
help
XRD,
FTIR,
SEM,
UV
visible
spectroscopy
&
dielectric
measurements.
XRD
analysis
confirms
production
single
cubic
phase
structure
no
secondary
phases.
optical
revealed
that
doping
improves
absorbance
capacity
ferrites.
FTIR
spectra
support
intrinsic
vibration
metal
ions
at
octahedral
sites
tetrahedral
sites.
frequency-dependent
properties,
including
constant
loss,
reveals
typical
distribution
corresponds
Maxwell-Wagner
type
interfacial
polarization.
doped
ferrite
exhibit
superior
catalytic
efficiency
(TC)
degradation
compared
nano
catalysts.
scavenging
experiments
role
holes
superoxide
radicals
highly
reactive
species
responsible
degradation.
Water Resources and Industry,
Journal Year:
2023,
Volume and Issue:
29, P. 100202 - 100202
Published: Feb. 2, 2023
As
a
novel
family
of
2D
materials,
MXenes
provide
an
extensive
variety
applications
in
water
and
effluent
treatment
due
to
their
distinctive
properties
attractive
applicability,
including
superior
electrical
conductivity,
higher
thermal
stability,
hydrophilicity,
high
sorption-reduction
capacity.
Their
excellent
sorption
selectivity
makes
them
perfect
for
removing
hazardous
contaminants.
Currently,
MXene-based
materials
are
regarded
as
one
the
most
important
topics
membrane
separation
processes.
This
work
presents
comprehensive
review
recent
developments
materials.
The
membranes,
adsorbents,
photo-catalysts
antibiotics
heavy
metals
from
discussed.
A
comparison
membranes
with
other
is
outlined.
Finally,
prospects
challenges
future
research
Small Methods,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 2, 2024
Abstract
Photocatalysis
is
an
effective
technique
to
remove
antibiotic
residues
from
aquatic
environments.
Typical
metal
sulfides
like
Zn
3
In
2
S
6
have
been
applied
a
wide
range
of
photocatalytic
applications.
However,
there
are
currently
no
readily
accessible
methods
increase
its
antibiotic‐degrading
activity.
Here,
facile
hydrothermal
approach
developed
for
the
preparation
flower‐like
with
tunable
sulfur
lattice
defects.
Photogenerated
carriers
can
be
separated
and
transferred
more
easily
when
adequate
amount
Moreover,
defect‐induced
electronic
modulation
enhances
light
utilization
adsorption
properties.
The
modified
demonstrates
outstanding
degradation
activity
levofloxacin,
ofloxacin,
tetracycline.
This
work
sheds
on
exploring
defects
enhancing
