Frontiers of Environmental Science & Engineering,
Journal Year:
2023,
Volume and Issue:
18(3)
Published: Dec. 5, 2023
Abstract
Radiocesium
is
frequently
present
in
radioactive
wastewater,
while
its
removal
still
a
challenge
due
to
small
hydrated
radius,
high
diffusion
coefficient,
and
similar
chemical
behavior
other
alkali
metal
elements
with
background
concentrations.
This
review
summarized
analyzed
the
recent
advances
of
Cs
+
from
aqueous
solutions,
particular
focus
on
adsorption
membrane
separation
methods.
Various
inorganic,
organic,
biological
adsorbents
have
undergone
assessments
determine
their
efficacy
cesium
ions.
Additionally,
membrane-based
techniques,
including
reverse
osmosis,
forward
distillation,
also
shown
promise
effectively
separating
ions
wastewater.
this
main
approaches,
Kurion/SARRY
system
desalination
advanced
liquid
processing
system,
implemented
after
Fukushima
Daiichi
nuclear
power
plant
accident
Japan
remove
radionuclides
contaminated
water.
Adsorption
technology
play
vital
role
treatment
