Journal of Ecological Engineering,
Год журнала:
2023,
Номер
25(2), С. 44 - 61
Опубликована: Дек. 30, 2023
of
Technology.For
technical
reasons
the
number
authors
shown
on
this
cover
page
is
limited
to
a
maximum
10.
2021).These
interaction
mechanisms
were
used
in
engineering
sector
either
treat
or
remediate
contaminated
environment
(Redha
2020;
Ayele
and
Godeto
2021).The
process
metal
ion
biosorption
onto
microbial
biomass
involves
synergistic
interplay
physical
adsorption,
complexation,
exchange,
precipitation
(Ayele
2021).Microorganisms,
encompassing
both
viable
non-viable
forms,
have
potential
serve
as
biosorbents
context
heavy
remediation
(Arliyani
et
al.,
2023).The
main
advantages
technology
lie
its
Plants,
Год журнала:
2024,
Номер
13(20), С. 2870 - 2870
Опубликована: Окт. 14, 2024
There
is
a
common
misconception
that
aquatic
macrophytes
face
significant
challenges
in
wetland-based
sewage
treatment
systems.
This
study
aims
to
correct
this
perception
by
focusing
on
the
crucial
morphophysiological
adaptations
of
enable
them
thrive
systems,
particularly
under
environmental
stress.
These
are
vital
for
improving
efficiency
and
resilience
wastewater
processes,
offering
sustainable
solutions
variable
conditions
complex
contaminant
mixtures.
The
review
emphasizes
role
as
natural
engineers,
capable
enhancing
pollutant
removal
system
stability
through
their
unique
structural
functional
traits.
By
understanding
these
adaptations,
guide
optimization
wetland
design
management,
ultimately
contributing
more
effective
practices.
findings
underscore
importance
species
selection
integration
nature-based
advocating
policies
support
use
modern
management.
IOP Conference Series Earth and Environmental Science,
Год журнала:
2025,
Номер
1482(1), С. 012053 - 012053
Опубликована: Апрель 1, 2025
Abstract
Leachate,
water
originating
from
waste
piles,
is
rich
in
organic
content,
making
it
appropriate
for
use
as
liquid
fertilizer.
However,
raw
leachate
contains
heavy
metals
that
may
harm
plants
and
soil.
To
address
this,
the
treated
through
fermentation
using
EM4
microorganisms
wastewater,
which
acts
a
nutrient
source
microorganisms.
This
study
explored
potential
of
plant
growth,
particularly
Ixora
or
Asoka
plants,
are
valued
their
ornamental
fragrant
qualities.
Leachate
samples
Batuan
landfill
were
diluted
to
lower
concentration
tested
9
reactors,
each
duplicated.
Different
concentrations
volumes
wastewater
applied
variables.
Observations
included
growth
(height,
number
leaves,
flowering
time),
soil
pH,
moisture,
metal
Cation
Exchange
Capacity
(CEC).
Results
indicated
meets
Ministry
Agriculture’s
standards
Indonesia
(No.
70/2011),
rendering
viable
The
treatment
combination
A2
(300
mL
at
1.33%
with
600
wastewater)
yielded
most
significant
results,
height
increasing
by
2.5
cm
leaf
count
18.
Treatment
A1
1%
was
effective
flowering,
blooming
days
after
application.
demonstrates
leachate,
when
combined
processes,
can
be
an
effective,
sustainable
It—promotes
while
improving
quality,
offering
practical
solution
management
agricultural
productivity.
Al-Kufa University Journal for Biology,
Год журнала:
2024,
Номер
16(3), С. 43 - 64
Опубликована: Дек. 11, 2024
Phytoremediation
is
regarded
as
an
economical
and
ecologically
beneficial
approach
that
has
demonstrated
efficacy
in
cleaning
up
contaminated
water
soils.
Particularly,
phytoremediation
the
only
used
for
various
types
of
wetlands
when
applied
on
a
large
scale
to
purify
industrial
effluent.
Nonetheless,
most
research
wetland-type
reactors
been
done
black
box.
The
pollutant
removal
efficiency
sole
criterion
assess
performance,
data
available
regarding
processes
mechanisms
involved
these
systems.
Therefore,
this
chapter
aims
provide
quick
overview
fundamental
procedures
including
characteristics,
mechanisms,
microbial
plant
Interactions
Rhizoremedation
Processes.
Furthermore,
covered
difficulties
approaches
associated
with
applying
scale,
well
methods
by
aquatic
plants
eliminate
both
organic
inorganic
pollutants
from
some
examples
its
applications.
