Desalination and Water Treatment,
Journal Year:
2023,
Volume and Issue:
306, P. 220 - 235
Published: Sept. 1, 2023
This
work
aims
to
optimize
the
ozonation/adsorption
coupling
system
as
an
advanced
technique
for
removal
of
dye
crystal
violet
(CV)
in
presence
new
innovative
material
based
on
Capparis
spinosa
L
waste
(CSLW).Data
from
operational
parameters
such
adsorbent
dose
(X
1
),
CV
concentration
2
and
oxygen
flow
rate
3
)
were
used
(Y)
by
Box-Behnken
design
(BBD)
response
surface
methodology.Under
ideal
conditions
X
(2
g•L
-1
(100
mg•L
(4
L•min
Y
exceeded
99.75%.The
complete
results
selective
interactions
between
groups
CSLW
material,
ozone
,
various
charges
present
solution.The
mechanism
indicates
that
ozonation
partially
degrades
adsorption
process
significantly
increases
percentage
due
different
adsorbent-adsorbate
interactions.Due
low
power
consumption
oxygenator
ozonator
lack
cost,
treatment
could
cost
about
$1.8518
.Thus,
this
be
generalized
through
industrial
pilot-scale
application.
