Desalination and Water Treatment,
Journal Year:
2024,
Volume and Issue:
320, P. 100654 - 100654
Published: July 28, 2024
The
textile
industry
generates
a
significant
amount
of
wastewater,
including
hazardous
dyes,
pigments,
and
heavy
metals.
integrated
approach
isolated
bacterial
strain
the
bacterially
synthesized
ZnO
nanoparticles
was
used
in
removal
mixed
azo
dyes
Cr(VI)
lab-scale
bioreactor.
It
resulted
77.19
%
bromocresol
purple
(4th
day),
50.11
on
blue
(3rd
50.59
green
day)
removal.
Mixed
were
removed
using
strain,
which
showed
maximum
73.6
at
25
ppm
49.01
75
ppm.
A
reactor
study
45.89
(5th
dye
However,
when
employed
with
synthetic
wastewater
nanoparticles,
achieved
53.84
120
min.
Also,
phytotoxicity
Cicer
arietinum
plant
different
concentrations
chromium
length
5.5
cm
100
day).
technique
providing
an
economically
viable
scale-up
solution
for
treatment
techniques.
Sustainable Chemistry for the Environment,
Journal Year:
2023,
Volume and Issue:
3, P. 100033 - 100033
Published: Aug. 12, 2023
The
extensive
usage
of
malachite
green
(MG)
dyes
in
the
fish
and
dye
industries
cause
serious
water
pollution,
leading
to
catastrophic
effects
on
living
organisms
environment.
In
addressing
challenges
health
risks
related
use
MG,
different
removal
strategies
have
been
studied
developed.
This
review
presents
recent
advances
mechanistic
pathways
involved
ozonation,
electrochemical
advanced
oxidation
(electrooxidation),
biological
techniques
for
MG.
successful
applications
these
decontaminating
from
MG
are
discussed.
Furthermore,
combined
enhancing
reduction
operation
costs
presented
as
it
was
shown
some
cases
be
more
effective
than
individual
remediation
methods.
Desalination and Water Treatment,
Journal Year:
2024,
Volume and Issue:
320, P. 100654 - 100654
Published: July 28, 2024
The
textile
industry
generates
a
significant
amount
of
wastewater,
including
hazardous
dyes,
pigments,
and
heavy
metals.
integrated
approach
isolated
bacterial
strain
the
bacterially
synthesized
ZnO
nanoparticles
was
used
in
removal
mixed
azo
dyes
Cr(VI)
lab-scale
bioreactor.
It
resulted
77.19
%
bromocresol
purple
(4th
day),
50.11
on
blue
(3rd
50.59
green
day)
removal.
Mixed
were
removed
using
strain,
which
showed
maximum
73.6
at
25
ppm
49.01
75
ppm.
A
reactor
study
45.89
(5th
dye
However,
when
employed
with
synthetic
wastewater
nanoparticles,
achieved
53.84
120
min.
Also,
phytotoxicity
Cicer
arietinum
plant
different
concentrations
chromium
length
5.5
cm
100
day).
technique
providing
an
economically
viable
scale-up
solution
for
treatment
techniques.
