The
rapid
advancement
of
technology
has
led
to
increased
electronic
consumption
and
a
corresponding
rise
in
e-waste
generation.
To
address
this
issue,
study
develops
low-carbon
e-commerce
closed-loop
supply
chain
(LCE-CLSC)
system
with
remanufacturer,
platform,
the
government
as
key
stakeholders.
An
evolutionary
game
approach
is
employed
investigate
system's
dynamics,
analyzing
impact
stakeholder
strategies
on
equilibrium.
Numerical
simulations
reveal
important
findings:
Firstly,
initiatives
promoting
recycling,
carbon
taxes
traditional
products,
can
incentivize
remanufacturers
produce
items
encourage
platform
investment
recycling
services.
Secondly,
higher
sales
revenues
motivate
products.
Thirdly,
consumer
sensitivity
services
strengthens
waste
recovery
when
platforms
increase
investments
these
services,
leading
choosing
production.
Lastly,
subsidies
may
become
ineffective
if
cost
remanufacturers'
reduction
platforms'
exceeds
their
affordability.
These
findings
offer
insights
for
sustainable
development
obsolete
product
systems.
IOP Conference Series Earth and Environmental Science,
Journal Year:
2024,
Volume and Issue:
1414(1), P. 012084 - 012084
Published: Dec. 1, 2024
Abstract
PT
X
is
a
company
engaged
in
the
bottled
drinking
water
industry.
In
order
to
carry
out
its
activities,
strives
create
better
future
through
healthy
lifestyle,
earth,
and
ecosystem.
Therefore,
this
factory
needs
conduct
Life
Cycle
Assessment
(LCA)
as
part
of
company’s
commitment
environmental
conservation.
Based
on
LCA
results
assessment
using
SimaPro
software
version
9.1.1.7
with
eco-cost
2024
V1.0
method,
it
can
be
seen
that
three
stages
production
process
are
hotspots
making
preform
bottles
contribution
53.85%
or
IDR
29,303,310,488,
followed
by
packing
25.24%
13,733,242,930,
distribution
9.75%
5,307,391,210.
The
improvement
recommendations
given
include
implementation
an
air
recovery
system
reuse
residual
blowing
into
bottles,
road
infrastructure
area,
truck
use
policies,
enforcement
regulations
certification
testing
motorized
vehicles
transporting
goods
hybrid
solar
PV
improve
energy
efficiency
reliability
well
optimize
space
for
installation.
R and D Management,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 19, 2024
ABSTRACT
The
reuse
of
components
is
a
highly
impactful
way
to
implement
the
circular
economy
(CE)
and
limit
negative
environmental
externalities
in
material‐intensive
industries,
such
as
construction
manufacturing.
Although
research
integrating
digitalisation
CE
has
proposed
wide
range
digital
technologies
facilitate
component
reuse,
these
studies
have
limited
their
focus
single
are
centred
on
firms,
explaining
how
technology
can
support
value
chain
actor
specific
solution.
Consequently,
we
lack
comprehensive
understanding
enable
implementation
diverse
practices—from
design
disassembly
reassembly—undertaken
by
multiple
actors
chains.
Against
this
backdrop,
conducted
qualitative
multiple‐case
study
three
technologies—addressing
data‐driven
modelling
analytics
(Digital
Twin),
data
collection
monitoring
(Internet
Things
[IoT])
data‐informed
automatisation
(robots)—advance
practices
manufacturing
Data
were
gathered
from
case
companies
through
interviews,
over
3
years
ethnographic
observation
supplemented
with
document
analysis,
secondary
sources.
Three
key
results
emerge
our
study:
first,
offer
eight
enabling
functions
thereby
fundamental
instrumentalities
for
practices:
knowledge
optimisation,
planning
optimisation
improved
operationalisation.
Second,
they
five
categories
business‐
management‐related
benefits,
namely,
systems
physical
processes,
enhanced
management
chains,
economic
innovation
development.
Third,
benefits
realised
at
levels
within
that
is,
individual
actors,
partnerships
entire
allowing
us
identify
diversified
scopes
benefits.
Our
findings
synthesised
into
conceptual
framework
relative
detail
This
contributes
provides
practical
insights
both
sectoral
chains
maximise
effectiveness
advance
transition.
The
rapid
advancement
of
technology
has
led
to
increased
electronic
consumption
and
a
corresponding
rise
in
e-waste
generation.
To
address
this
issue,
study
develops
low-carbon
e-commerce
closed-loop
supply
chain
(LCE-CLSC)
system
with
remanufacturer,
platform,
the
government
as
key
stakeholders.
An
evolutionary
game
approach
is
employed
investigate
system's
dynamics,
analyzing
impact
stakeholder
strategies
on
equilibrium.
Numerical
simulations
reveal
important
findings:
Firstly,
initiatives
promoting
recycling,
carbon
taxes
traditional
products,
can
incentivize
remanufacturers
produce
items
encourage
platform
investment
recycling
services.
Secondly,
higher
sales
revenues
motivate
products.
Thirdly,
consumer
sensitivity
services
strengthens
waste
recovery
when
platforms
increase
investments
these
services,
leading
choosing
production.
Lastly,
subsidies
may
become
ineffective
if
cost
remanufacturers'
reduction
platforms'
exceeds
their
affordability.
These
findings
offer
insights
for
sustainable
development
obsolete
product
systems.
