This
scoping
review
examines
global
strategies
and
enterprises
for
sustainable
solid
waste
management,
with
a
focus
on
alternative
landfilling
approaches.
The
study
collected
analyzed
significant
number
of
documents
from
different
regions,
revealing
Asia
as
the
major
contributor
(for
documents)
(48.7%),
followed
by
North
America
(24.3%)
Europe
(15.8%).
Recycling
emerged
most
effective
treatment
method,
representing
52.3%
documented
approaches,
industrial
recycling
(22.6%)
residential/non-residential
(20.2%)
prominent
categories.
Food
was
concern
across
constituting
21.4%
documents.
Composting
widely
adopted
(15.4%)
due
to
its
simplicity
benefits
gardening
soil
improvement.
Other
methods
like
biogas
extraction,
reusing,
raising
awareness,
incinerating,
redistributing,
reducing,
fermentation
accounted
13.1%
cumulatively.
highlights
need
tailored
management
solutions
based
regional
challenges
successful
practices.
Promoting
infrastructure,
composting,
reduction
approaches
are
crucial
achieving
aligned
SDGs.
Collaboration
knowledge-sharing
between
regions
essential
improve
inefficient
mechanisms.
Integrating
findings
into
policymaking
industry
practices
can
lead
more
future
reduced
environmental
impact.
Catalysts,
Journal Year:
2023,
Volume and Issue:
13(2), P. 294 - 294
Published: Jan. 28, 2023
In
recent
years,
the
adoption
of
sustainable
alternatives
has
become
a
powerful
tool
for
replacing
petroleum-based
polymers.
As
biodegradable
alternative
to
petroleum-derived
plastics,
bioplastics
are
becoming
more
and
prevalent
have
potential
make
significant
contribution
reducing
plastic
pollution
in
environment.
Meanwhile,
their
biodegradation
is
highly
dependent
on
The
leakage
into
environment
long
degradation
time
frame
during
waste
management
processes
major
concerns
that
need
further
investigation.
This
review
highlights
extent
rate
bioplastic
composting,
soil,
aquatic
environments,
examines
biological
environmental
factors
involved
process.
Furthermore,
research
long-term
fate
natural
industrial
environments.
roles
played
by
enzymes
as
biocatalysts
metal
compounds
catalysts
through
composting
can
help
achieve
approach
biopolymers.
knowledge
gained
this
study
will
also
contribute
development
policies
assessments
waste,
well
provide
direction
future
development.
Annals of Microbiology,
Journal Year:
2023,
Volume and Issue:
73(1)
Published: April 10, 2023
Abstract
Purpose
The
textile
industry’s
previous
chemical
use
resulted
in
thousands
of
practical
particulate
emissions,
such
as
machine
component
damage
and
drainage
system
blockage,
both
which
have
implications.
Enzyme-based
processing
is
cost-effective,
environmentally
friendly,
non-hazardous,
water-saving.
purpose
this
review
to
give
evidence
on
the
potential
activity
microbial
cellulase
industry,
mostly
confined
realm
research.
Methods
This
was
progressive
by
considering
peer-reviewed
papers
linked
production,
its
prospective
application
for
industries
appraised
produced
develop
assessment.
Articles
were
divided
into
two
categories
based
results
trustworthy
educational
journals:
methods
used
produce
diversity
microorganisms
through
fermentation
processes
approaches
microbes
fermentation.
Submerged
(SMF)
solid-state
(SSF)
techniques
are
currently
being
meet
industrial
demand
production
bio
industry.
Results
Microbial
vital
increasing
day
due
no
side
effect
environment
human
health
becoming
increasingly
important.
In
conventional
processing,
gray
cloth
subjected
a
series
treatments
that
involved
breaking
dye
molecule’s
amino
group
with
Cl
−
,
started
accelerated
dye(-resistant)
bond
cracking.
A
enzyme
primarily
derived
from
variety
species
found
various
ecological
settings
biotextile/bio-based
product
technology
future
needs
applications.
Conclusion
Cellulase
has
been
advantages
cellulose-based
textiles,
well
quality
enhancement
fabric
maintenance
over
traditional
approaches.
Cellulase’s
role
industry
chosen
an
appropriate
sound
solution
long
healthy
lifestyle.
The Science of The Total Environment,
Journal Year:
2023,
Volume and Issue:
887, P. 164006 - 164006
Published: May 10, 2023
In
the
fast-developing
time,
accumulation
of
waste
materials
is
always
in
an
uptrend
due
to
population
increases
and
industrialization.
This
excessive
harms
ecosystem
human
beings
by
depleting
water
quality,
air
biodiversity.
Further,
use
fossil
fuel
problem-related
global
warming,
greenhouse
gases
are
major
challenge
front
world.
Nowadays,
scientists
researchers
more
focused
on
recycling
utilizing
different
like
a
municipal
solid
(MSW),
agro-industrial
etc.
The
added
environment
converted
into
valuable
products
or
green
chemicals
using
chemistry
principles.
These
fields
production
energy,
synthesis
biofertilizers
textile
industry
fulfil
need
present
Here
we
focus
circular
economy
considering
value
bioeconomic
market.
For
this
purpose,
sustainable
development
bio-economy
most
promising
alternative,
which
possible
incorporating
latest
techniques
microwave-based
extraction,
enzyme
immobilization-based
removal,
bioreactor-based
removal
etc.,
for
valorization
food
materials.
conversion
organic
vermicomposting
also
realised
earthworms.
review
article
focuses
various
types
(such
as
MSW,
agricultural,
industrial,
household
waste,
etc.),
management
with
current
glitches
expected
solutions
that
have
been
discussed.
Furthermore,
highlighted
their
safe
contribution
role
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(15), P. 6329 - 6329
Published: July 24, 2024
With
increases
in
global
population
and
urbanization,
the
production
of
Municipal
Solid
Waste
(MSW)
is
growing
rapidly,
thus
contributing
to
social
environmental
concerns
for
sustainable
waste
management.
This
study
addresses
research
gap
optimizing
composting,
hypothesizing
that
integrating
best
practices
recent
innovations
can
enhance
efficiency
process.
Data
were
collected
through
a
systematic
review
existing
literature
using
Google
Scholar
Scopus
databases.
The
provides
an
overview
municipal
organic
outlining
its
processes,
benefits,
challenges
with
aim
identifying
key
area
further
improvement
possibilities
adopting
technological
innovations.
analysis
emphasized
advances
as
microbial
inoculants
or
in-vessel
composting
have
greatly
improved
quality
resulting
compost.
However,
several
remain,
including
managing
contaminants
such
heavy
metals
microplastics,
ensuring
compost
safety
addressing
socioeconomic
barriers
prevent
widespread
adoption.
Moreover,
process
optimization,
economic
evaluation,
well
political
public
involvement
are
essential
unlock
whole
potential
systems.
Microorganisms,
Journal Year:
2024,
Volume and Issue:
12(3), P. 541 - 541
Published: March 7, 2024
This
review
explores
different
methods
of
sustainably
introducing
nutrients
from
agro-industrial
waste
into
the
soil.
The
focus
is
on
sustainable
agriculture
and
how
soil
system
can
be
modified
by
secondary
raw
materials
beneficial
microorganisms.
Soil
a
nexus
between
plants
microorganisms
that
must
balanced.
article
emphasizes
importance
maintaining
microbiological
balance
when
supplying
nutrients.
focused
possible
techniques
involved
in
production
biofertilizers
their
mode
application
plants.
We
addressed
several
advantages
concerning
use
management
microbial
formulation
techniques.
Not
only
but
limitations
challenges
were
also
discussed
regard
to
large
scale
products.
Therefore,
proper
treatment
industrial
essential
so
we
preserve
environment
human
safety
achieve
agriculture.
Progress In Microbes & Molecular Biology,
Journal Year:
2023,
Volume and Issue:
6(1)
Published: Oct. 10, 2023
This
article
emphasizes
the
various
contributions
of
actinobacteria
to
well-being
human
life
on
our
planet.
Agrarian
virtues
begin
with
substitution
chemical
fertilizers
bio-fertilizing
microorganisms
which
have
a
versatile
potential
for
benefit
soil
and
plants
by
playing
complementary
interconnected
roles.
Thus,
these
improve
health
through
bioremediation
phenomena
elimination
several
non-beneficial
microorganisms.
In
agriculture,
can
be
added
compost
as
inoculants
speed
up
composting
process
provide
an
additional
source
beneficial
compost-treated
soil.
Streptomyces
other
also
used
biotechnological
sources
herbicides
insecticides.
medical
therapeutic
sectors,
this
paper
actinobacteria,
in
particular
species,
production
antibiotics,
antioxidant,
anticancer
agents,
opening
avenues
creation
molecules
high
benefits.
biotechnology,
totipotent
produce
enzymes
widely
industries,
generating
considerable
revenue.
Sporadic
data
accumulated
types
opens
many
new
exploiting
natural
biocatalytic
resources.
Papers
published
last
decade
exploded
amount
information
that
put
practical
use.
To
maximize
value
microorganisms,
it
would
advisable
create
common
threads
between
themes
bring
together
areas
expertise
where
could
potentially
exploited.
bibliographical
synthesis
is
contribution
development
targeted
database.
Waste Management,
Journal Year:
2023,
Volume and Issue:
168, P. 167 - 178
Published: June 8, 2023
Around
143,000
chemicals
find
their
fate
in
wastewater
treatment
plants
the
European
Union.
Low
efficiency
on
removal
at
lab-based
studies
and
even
poorer
performance
large
scale
experiments
have
been
reported.
Here,
a
coupled
biological
technology
(bioaugmentation
composting)
is
proposed
proved
for
pharmaceutical
active
compounds
degradation
toxicity
reduction.
The
optimization
was
conducted
through
situ
inoculation
of
Penicillium
oxalicum
XD
3.1
an
enriched
consortium
(obtained
from
non-digested
sewage
sludge),
into
pilot
piles
sludge
under
real
conditions.
This
bioaugmentation-composting
system
allowed
better
micropollutants
(21
%
total
pharmaceuticals
detected
beginning
experiment)
than
traditional
composting
process.
Particularly,
with
P.
some
recalcitrant
like
carbamazepine,
cotinine
methadone,
also
produced
stabilization
features
mature
compost
(significant
passivation
copper
zinc,
higher
macronutrients
value,
adequate
physicochemical
conditions
soil
direct
application
less
toxic
effect
germination)
compared
to
control
culture.
These
findings
provide
feasible,
alternative
strategy
obtain
safer
scale.
