Chemistry,
Journal Year:
2024,
Volume and Issue:
6(5), P. 962 - 980
Published: Sept. 10, 2024
Due
to
a
combination
of
increased
urbanization,
industrialization,
and
population
growth,
many
pharmaceutical
pollutants
are
currently
being
discharged
into
the
environment.
A
possible
strategy
is
critical
for
eliminating
antibiotic
from
environment,
photocatalysis
has
been
generally
recognized
as
an
excellent
method
successfully
degrading
antibiotics
at
faster
pace.
In
this
work,
we
employed
hydrothermal
synthesis
approach
create
novel
C3N5/NiCo2S4
Z-scheme-based
heterojunction
with
better
interfacial
charge
transfer
used
it
catalyst
degradation
norfloxacin
antibiotic.
The
optimized
1:1
(50CN/NCS)
shows
highest
photocatalytic
efficiency
86.5%
in
120
min
towards
(NOR).
Such
effective
performance
can
be
attributed
high
responsive
nature
photocatalyst
visible
region
superior
charges
via
Z-scheme
heterojunction.
reduced
recombination
carriers
was
confirmed
by
EIS
PL
results.
influence
some
key
factors
such
pollutant
concentration,
dosage,
pH,
coexisting
ions
on
activity
also
investigated
work.
50CN/NCS
degraded
89.1%,
78.3%,
93.2%
removal
other
CIP,
SDZ,
BPA,
respectively.
