The
rapid
rise
of
heavy
metals'
(HMs)
load
on
the
ecosystem
will
cause
critical
menace
to
human
population
and
natural
ecosystem.
Hence,
eradication
HMs
is
a
major
concern
nowadays.
such
as
mercury,
lead,
chromium,
cadmium,
arsenic
are
highly
noxious
They
can
disturb
quality
water,
air,
soil
also
severe
impact
humans,
plants,
animal
lives.
be
released
into
sources
by
industries
including
mining,
agricultural
runoff,
tailing,
paint,
occupational
exposure.
entered
food
chain
in
terms
bioaccumulation.
removed
using
physical,
chemical,
biological
methods;
choice
method
depends
feasible
steps
economic
technical
applicability.
Physical
methods
(coagulation,
adsorption,
flocculation,
ion
exchange,
membrane
filtration)
were
creating
high
removal
metals
from
contaminated
water.
process
methodologies
have
been
attention
recent
research
studies
because
disposal
environment.
International Journal of Environmental Research and Public Health,
Journal Year:
2023,
Volume and Issue:
20(12), P. 6140 - 6140
Published: June 16, 2023
Water
scarcity
and
pollution
are
global
issues
caused
by
factors,
such
as
population
growth,
industrialization,
the
utilization
of
water
resources
[...].
International Journal of Environmental Science and Technology,
Journal Year:
2024,
Volume and Issue:
22(6), P. 4749 - 4760
Published: Aug. 5, 2024
Abstract
Arsenic
pollution
has
emerged
through
anthropogenic
activities
and
natural
mineral
leaching
processes.
This
study
aims
to
advance
the
use
of
magnetic
carbon
nanocomposites
(MCNs)
in
sorption
arsenic,
studying
influence
feedstock
presence
coating
on
nanoparticles.
Previous
works
have
shown
that
post-pyrolysis
treatment
improves
stability
MCNs
by
reducing
iron
due
formation
a
encapsulates
oxide
However,
this
could
adsorption
properties
MCNs.
investigation
deals
with
arsenic
four
prepared
co-precipitation
magnetite
(Fe
3
O
4
)
nanoparticle
into
carbonaceous
matrixes,
followed
treatment.
The
pristine
matrixes
used
present
work
were
commercial
activated
(CAC),
charcoal
(CC),
hydrochar
from
orange
residue
(HC
OR
),
biochar
sunflower
husk
(BC
SFH
).
Pristine
materials
without
post-pyrolyzed
also
as
sorbents
water
solutions.
Additionally,
kinetic
studies
carried
out
explore
different
materials,
concerning
removal
efficiencies
(expressed
percentage)
capacities,
determining
equilibrium
time.
results
demonstrated
increases
being
higher
case
obtained
direct
than
subjected
process.
layerprotecting
slightly
decreases
arsenic.
Materials Horizons,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 1, 2024
This
review
provides
a
summary
of
the
latest
advancements
in
sulfide
solid-state
electrolytes
for
all-solid-state
sodium
batteries.
It
emphasizes
various
preparation
methods,
modification
strategies,
and
enhancements
interfacial
stability.
