Deleted Journal,
Journal Year:
2024,
Volume and Issue:
10(2), P. 157 - 167
Published: Feb. 12, 2024
Used
cooking
oil
is
waste
that
comes
from
a
type
of
has
been
used
repeatedly.
If
not
managed
properly,
it
can
become
source
environmental
pollution.
Managing
still
needs
to
be
in
good
category.
Preliminary
studies
this
research
found
as
many
60%
people
the
Cengkareng
Village
area,
West
Jakarta,
need
manage
properly.
This
aims
determine
factors
related
knowledge,
attitudes,
income
and
environment
managing
oil.
The
sample
was
141
homemakers
using
purposive
sampling.
data
collection
methods
were
interviews
observation.
uses
independent
variables
(Knowledge,
Attitudes,
Income
Level,
Environment)
dependent
(Used
management
behaviour).
analysis
descriptive
with
chi-square
test.
Based
on
results,
highest
proportion
behaviour
poor
(51.1%),
knowledge
(54.6%),
negative
attitude
(60.3%),
sufficient
level
(81.6%),
bad
(93.6%).
%).
There
relationship
between
(p-value
=
0.001)
community
driving
for
interaction
cooperation
societal
stakeholders
improve
public
awareness
create
zero-waste
environment.
Resources Conservation and Recycling,
Journal Year:
2024,
Volume and Issue:
210, P. 107838 - 107838
Published: Aug. 1, 2024
Policy
aimed
at
transitioning
from
a
linear
to
circular
economy
by
recycling
has
gained
importance
the
last
decade,
with
waste
management
system
being
critical
for
this
transition.
This
study
provides
detailed
model
of
resource
use
and
environmental
impacts,
combining
material
flow
analysis
life
cycle
assessment
full
chain
household
municipal
solid
in
Norway,
constructing
18
indicators.
Results
shows
improvements
terms
emissions
due
an
increase
recyclable
material,
residual
diverted
landfills,
anaerobic
digestion
treatment
food
waste.
However,
sustained
generation
high
shares
require
incineration
treatment.
In
2009,
49
%
generated
MSW
was
incinerated,
2019
rate
increased
65
when
accounting
sorting
loss
chain.
The
potential
rates
is
considerable,
however,
there
are
also
constraints
within
that
needs
attention
if
circularity
policies
become
more
effective.
issue
low
transparency
specifically
highlighted
study,
as
well
formulating
adopting
meaningful
indicators
system.
Waste Management & Research The Journal for a Sustainable Circular Economy,
Journal Year:
2024,
Volume and Issue:
42(10), P. 860 - 872
Published: July 28, 2024
Numbers
do
matter;
the
Intergovernmental
Panel
on
Climate
Change
(IPCC)'s
2010
data
that
waste
sector
is
responsible
for
just
3%
of
global
greenhouse
gas
(GHG)
emissions
has
led
to
misperception
solid
management
(SWM)
little
contribute
climate
mitigation.
Global
efforts
control
methane
and
divert
organic
from
landfills
had
already
reduced
direct
emissions.
But
end-of-pipe
SWM
also
been
evolving
into
more
circular
resource
management,
with
indirect
GHG
savings
3Rs
(reduce,
reuse,
recycle)
which
IPCC
accounts
elsewhere
in
economy.
The
evidence
compiled
here
both
demonstrates
Waste Management,
Journal Year:
2025,
Volume and Issue:
198, P. 137 - 150
Published: March 5, 2025
Climate
neutrality
goals
require
adapting
the
management
of
fossil
carbon
in
waste
management.
This
study
evaluates
effectiveness
two
key
strategies
addressing
greenhouse
gas
(GHG)
emissions
from
residual
treatment,
namely:
pre-sorting
a
material
recovery
facility
to
remove
recyclable,
carbon-rich
materials
(S_MRF)
versus
post-treatment
municipal
solid
incineration
(MSWI)
flue
through
capture
and
storage
(S_MSWI_CCS).
Using
Kassel,
Germany,
as
case
study,
GHG
are
assessed
for
current
prospective
scenarios,
accounting
changes
inputs,
energy
systems,
substitution
choices,
uncertainties
treatment
technology
data.
It
is
shown
that
MSWI
Kassel
emits
857
kg
CO2
per
t
wet
waste,
with
31
%
CO2.
Carbon
can
reduce
direct
by
27
or
90
(S_MSWI_CCS)
increase
net
life
cycle
savings
factor
1.6
2.6
(S_MSWI_CCS),
respectively.
S_MSWI_CCS
offers
highest
potential
decrease
footprint
least
sensitive
variations
composition,
choices.
Discernibly
higher
S_MRF
compared
only
be
observed
if
rich
recyclables
(low
separate
collection).
Overall,
this
highlights
utility
refined
scenario,
uncertainty
discernability
analysis
local
conditions
different
settings
well
future
promote
environmental
decision
support
on
