Water,
Journal Year:
2023,
Volume and Issue:
15(15), P. 2758 - 2758
Published: July 30, 2023
The
growths
in
worldwide
population—of
up
to
8.5
billion
people
by
2030—and
agriculture
have
put
great
pressure
on
water
resources,
above
all
arid
and
drought-prone
areas.
Nowadays,
scarcity,
drought
pollution
of
wastewater
are
considered
major
issues
concern.
For
this
reason,
the
authors
provided
an
overview
two
methods
purification
removing
pollutants
for
use
crop
irrigation
a
sustainable
manner.
novelty
lies
reuse
recovered
wastewater,
purified
through
photodegradation
photocatalysis
technologies
using
solar
energy.
knowledge
environmental
impacts
associated
with
recycled
these
photo-processes
irrigate
crops
under
field
conditions
is
still
scarce.
In
future,
issue
will
be
important.
particular,
achieve
reduction
contaminants
contained
between
35%
100%.
bismuth
vanadate
supports
complete
removal
pollutants,
implementation
catalytic
membranes
makes
processes
more
circular.
This
research
was
performed
“Progetto
GRINS
“Growing
Resilient,
Inclusive
Sustainable”
aim
“Building
dataset
circular
economy
main
Italian
production
systems”.
Results in Chemistry,
Journal Year:
2023,
Volume and Issue:
7, P. 101267 - 101267
Published: Dec. 15, 2023
Uncontrolled
release
of
several
dangerous
pollutants
had
negatively
impacted
the
environment
causing
water
pollution
and
retarded
plant
growth.
Recently,
nanoferrites
utilized
as
photocatalyst
to
eliminate
pollutants.
The
benefits
hybrid
have
significantly
improved
separating
charge
transfer
capabilities.
In
present
investigation
novel
bismuth
magnesium
ferrites
(BMF
-
BiMgFe2O4)
are
synthesized
via
conventional
solution
combustion
method
using
green
chemical
approach.
particles
confirmed
by
X-ray
diffraction
(XRD),
Fourier
transform
infrared
spectroscopy
(FT-IR),
Scanning
electron
microscopy
(SEM),Energy
disperse
analysis
(EDX),
UV-DRS
(UV
diffuse
reflectance
spectroscopy).
observed
crystalline
size
for
nanoparticles
approach
is
25.15
nm
18.55
respectively.
Analyzed
band
gap
2.89
eV
1.98
that
employing
technique.
outcomes
obtained
from
studies
verified
with
capable
applications
in
photocatalytic
degradation.
application
BiMgFe2O4
catalyst
decolourisation
acid
red
88
(AR-88)
dyes
under
visible
irradiation
at
room
temperature
exhibits
superior
activity
74.22%
85.27%
120
minutes
It's
significant
environmental
impact
whole
procedure
has
been
assessed
regard
development
gram
plants
utilizing
treated
wastewater
exhibiting
effective
overall
feasibility
research
presented
here
provides
opportunity
apply
chemically
BMF
acts
practical
related
treatment
other
daily
life.
Using
degraded
yields
productive
Results in Chemistry,
Journal Year:
2024,
Volume and Issue:
7, P. 101456 - 101456
Published: Jan. 1, 2024
The
current
work
employs
the
urea
aided
conventional
sol–gel
procedure
to
synthesize
hybrid
calcium
magnesium
ferrite
(CMF
–
CaO/MgFe2O4)
nanomaterial.
To
verify
existence
of
synthesized
nanomaterials,
energy
dispersing
X-ray
diffraction
analysis
(XRD),
scanning
electron
microscopy
(SEM),
Fourier
transform
infrared
spectroscopy
(FT-IR),
and
UV-DRS
(UV
diffuse
reflectance
spectroscopy)
are
employed.
observed
crystalline
size
nanomaterials
is
44.14
nm.
estimated
band
gap
2.36
eV,
which
validated
using
equipment.
investigation's
findings
supported
by
actual
applications
in
electrochemical
studies
photocatalytic
degradation
CMF.
It
was
also
investigated
how
modify
working
electrode's
surface
detect
heavy
metals,
drugs,
biomolecules
like
uric
acid,
paracetamol,
creatinine,
cadmium
mercury.
Electrochemical
research
done
determine
ideal
properties
CMF
as
an
electrode
material
for
use
batteries,
supercapacitors,
sensors
applications.
Furthermore,
exhibits
excellent
activity,
employed
a
catalyst
decolorize
acid
red
88(AR-88)
dyes
at
room
temperature
under
visible
light
illumination,
with
120-minute
activity
efficiency
60.40
%.
Micromachines,
Journal Year:
2023,
Volume and Issue:
14(3), P. 639 - 639
Published: March 11, 2023
Recent
studies
have
shown
that
the
composite
of
semiconductor
photocatalytic
materials
and
g-C3N4
can
effectively
inhibit
carrier
recombination
enhance
adsorption
performance
materials,
so
photocatalyst
has
stronger
activity.
In
this
paper,
three
kinds
graphitic
carbon
nitride
with
different
morphologies
were
prepared
using
same
precursor
system
by
chemical
cracking
method.
After
characterization
application,
sample
most
significant
activity
was
selected
g-C3N4/BiVO4
heterostructure
synthesized
simple
solvent
evaporation
method,
then
experiment
carried
out.
The
results
show
that,
when
content
BiVO4
in
is
1%,
RhB
highest,
degradation
rate
could
reach
90.4%.
kinetic
showed
consistent
quasi-primary
model.
cycle
remains
unchanged
stable
after
four
cycles.
existence
a
binary
heterojunction
confirmed
UV/Visible
diffuse
reflection
(UV-DRS)
photoluminescence
(PL)
experiments.
Owing
to
Z-type
charge
process
between
g-C3N4,
efficient
separation
achieved,
thus
enhancing
capacity.
This
work
provides
new
idea
for
study
based
on
g-C3N4.
Water,
Journal Year:
2023,
Volume and Issue:
15(15), P. 2758 - 2758
Published: July 30, 2023
The
growths
in
worldwide
population—of
up
to
8.5
billion
people
by
2030—and
agriculture
have
put
great
pressure
on
water
resources,
above
all
arid
and
drought-prone
areas.
Nowadays,
scarcity,
drought
pollution
of
wastewater
are
considered
major
issues
concern.
For
this
reason,
the
authors
provided
an
overview
two
methods
purification
removing
pollutants
for
use
crop
irrigation
a
sustainable
manner.
novelty
lies
reuse
recovered
wastewater,
purified
through
photodegradation
photocatalysis
technologies
using
solar
energy.
knowledge
environmental
impacts
associated
with
recycled
these
photo-processes
irrigate
crops
under
field
conditions
is
still
scarce.
In
future,
issue
will
be
important.
particular,
achieve
reduction
contaminants
contained
between
35%
100%.
bismuth
vanadate
supports
complete
removal
pollutants,
implementation
catalytic
membranes
makes
processes
more
circular.
This
research
was
performed
“Progetto
GRINS
“Growing
Resilient,
Inclusive
Sustainable”
aim
“Building
dataset
circular
economy
main
Italian
production
systems”.