Soil Systems,
Journal Year:
2024,
Volume and Issue:
8(2), P. 36 - 36
Published: March 22, 2024
The
migration
of
heavy
metals
and
radionuclides
is
interrelated,
this
study
focusses
on
the
interaction
complex
influence
various
toxicants.
rehabilitation
radioactively
contaminated
territories
has
a
character
based
scientifically
supported
measures
to
restore
industrial,
economic,
sociopsychological
relations.
We
aim
for
achievement
pre-emergency
levels
hygienic
norms
radioactive
contamination
output
products.
This,
in
its
sum,
allows
further
economic
activity
these
without
restrictions
basis
natural
actions
autoremediation.
Biosorption
technologies
bacterial
biomass
remain
promising
direction
remediation
soils
with
that
help
immobilise
consolidate
contaminants.
A
comprehensive
understanding
biosorption
capacity
preparations
selection
more
effective
techniques
elimination
contaminants,
as
well
overcoming
differences
between
laboratory
results
industrial
use.
Observation
monitoring
make
it
possible
evaluate
process
identify
regions
disturbed
balance
harmful
substances.
soil
application
phosphogypsum,
by-product
chemical
industry,
bioremediation
processes
considered.
Polymers,
Journal Year:
2021,
Volume and Issue:
13(17), P. 2893 - 2893
Published: Aug. 27, 2021
The
use
of
biosorbents
for
the
decontamination
industrial
effluent
(e.g.,
wastewater
treatment)
by
retaining
non-biodegradable
pollutants
(antibiotics,
dyes,
and
heavy
metals)
has
been
investigated
in
order
to
develop
inexpensive
effective
techniques.
exacerbated
water
pollution
crisis
is
a
huge
threat
global
economy,
especially
association
with
rapid
development
industry;
thus,
sustainable
reuse
different
treated
resources
become
worldwide
necessity.
This
review
investigates
natural
(living
non-living)
microbial
biomass
types
containing
polysaccharides,
proteins,
lipids
(natural
polymers)
as
free
immobilized
forms.
Microbial
immobilization
performed
using
polymeric
support
(i.e.,
polysaccharides)
would
ensure
production
efficient
biosorbents,
good
mechanical
resistance
easy
separation
ability,
utilized
effluents’
depollution.
Biomass-based
due
their
outstanding
biosorption
abilities
efficiency
treatment
(concentrated
or
diluted
solutions
residuals/contaminants),
need
be
used
environmental
applications,
improve
sustainability
economic
activities.
presents
most
recent
advances
related
main
polymers
such
polysaccharides
cells
production;
detailed
analysis
capability
algal,
bacterial
fungal
biomass;
well
series
specific
applications
metal
ions
organic
dyes.
Even
if
offers
many
advantages,
complexity
operation
increased
presence
multiple
real
combined
insufficient
knowledge
on
desorption
regeneration
capacity
(mostly
laboratory
scale)
requires
more
large-scale
experiments
adequately
choose
type
but
also
an
process.
Case Studies in Chemical and Environmental Engineering,
Journal Year:
2023,
Volume and Issue:
9, P. 100567 - 100567
Published: Nov. 30, 2023
A
significant
challenge
in
industrial
wastewater
treatment
is
the
presence
of
heavy
metal
complexes
(HMCs)
formed
when
metals
interact
with
organic
complexing
agents.
These
HMCs
exhibit
greater
stability
compared
to
free
ions,
making
them
resistant
degradation
and
removal
via
conventional
methods.
The
HMC
has
spurred
extensive
research
into
effective
Conventional
systems,
including
adsorption,
precipitation/electrodeposition,
ion
exchange,
membrane
filtration,
often
fall
short
removing
HMCs.
In
recent
years,
advanced
oxidation
processes
(AOPs)
have
emerged
as
a
promising
approach
for
effectively
degrading
AOPs,
class
chemical
utilizing
reactive
oxygen
species
(ROS),
degrade
pollutants
decompose
readily
removable
ions.
This
review
provides
quantitative
assessment
viability
AOPs
detoxification
through
decomposition.
It
explores
various
used
from
wastewater,
highlighting
their
advantages
limitations.
influence
experimental
factors
mechanisms
involved
by
are
also
discussed.
Finally,
potential
applications
challenges
remediation
critical
intended
be
valuable
resource
engineers,
chemists,
environmental
scientists
who
use
treat
containing
HMC.
decomposing
but
expensive
energy
intensive.
More
needed
develop
new
that
efficient
cost-effective.
