Sustainable Production and Consumption,
Journal Year:
2023,
Volume and Issue:
38, P. 13 - 27
Published: March 24, 2023
Manufacturing
companies
seek
innovative
approaches
to
achieve
successful
Green
and
Digital
transitions,
where
adopting
lean
production
is
one
alternative.
However,
further
investigation
required
formulate
the
strategy
with
practical
inputs
identify
what
digital
technologies
could
be
applied
which
principles
for
environmental
benefits.
Therefore,
this
study
first
conducted
a
case
in
three
collect
practice-based
data.
A
complementary
literature
review
was
then
carried
out,
investigating
existing
frameworks
complementing
practices
of
digitalized
implementations
resulting
impact.
Consequently,
Internet
Things
related
connection-level
were
identified
as
key
facilitators
implementations,
specifically
visualization,
communication,
poka-yoke,
leading
Furthermore,
framework
DIgitalization
Supports
Environmental
sustainability
through
Lean
(DISEL)
proposed
help
manufacturing
opportunities
digitalizing
sustainability,
thus
enabling
twin
transitions
being
resilient.
Sustainable Operations and Computers,
Journal Year:
2022,
Volume and Issue:
3, P. 203 - 217
Published: Jan. 1, 2022
Industry
4.0
technologies
provide
critical
perspectives
for
future
innovation
and
business
growth.
Technologies
like
Artificial
Intelligence
(AI),
Internet
of
Things
(IoT),
Big
data,
Machine
Learning
(ML),
other
advanced
upcoming
are
being
used
to
implement
4.0.
This
paper
explores
how
help
create
a
sustainable
environment
in
manufacturing
industries.
the
crucial
interrelationships
through
should
impact
positively.
In
age
4.0,
is
tightly
interlinked
with
information
communication
systems,
making
it
more
scalable,
competitive,
knowledgeable.
provides
range
principles,
instructions,
technology
constructing
new
existing
factories,
enabling
consumers
choose
different
models
at
production
rates
scalable
robotics,
information,
communications
technology.
aims
study
significant
benefits
identifies
tools
elements
developing
environmental
sustainability.
literature
review-based
research
undertaken
identify
can
improve
It
also
details
capabilities
dealing
aspects.
Twenty
major
applications
identified
discussed.
Thus,
gives
better
understanding
environment,
supply
chains,
delivery
market
results.
Overall,
seems
environmentally
while
goods
efficiency
reducing
resource
consumption.
Energies,
Journal Year:
2022,
Volume and Issue:
15(14), P. 5221 - 5221
Published: July 19, 2022
The
industry
is
a
key
driver
of
economic
development.
However,
changes
caused
by
introduction
modern
technologies,
and
increasing
complexity
products
production,
directly
affect
the
industrial
enterprises
workers.
critics
Industry
4.0
paradigm
emphasized
its
orientation
to
new
technologies
digitalization
in
technocratic
way.
Therefore,
5.0
appeared
very
soon
automatically
triggered
debate
about
role
of,
reasons
for
applying,
paradigm.
complementing
existing
with
worker
who
has
an
important
production
process,
that
been
during
COVID-19
pandemic.
In
this
research,
there
brief
discussion
on
main
drivers
enablers
these
paradigms,
then
literature-based
analysis
carried
out
highlight
differences
between
two
paradigms
from
three
aspects—people,
organization,
technology.
conclusion
emphasizes
features
concerns
regarding
movement
towards
5.0,
general
significant
change
research
aims
sustainability
human-centricity.
At
end,
maturity
models
evaluates
enterprises’
readiness
introduce
given
as
well.
Critical Reviews in Food Science and Nutrition,
Journal Year:
2022,
Volume and Issue:
63(23), P. 6547 - 6563
Published: Feb. 3, 2022
Climate
change,
the
growth
in
world
population,
high
levels
of
food
waste
and
loss,
risk
new
disease
or
pandemic
outbreaks
are
examples
many
challenges
that
threaten
future
sustainability
security
planet
urgently
need
to
be
addressed.
The
fourth
industrial
revolution,
Industry
4.0,
has
been
gaining
momentum
since
2015,
being
a
significant
driver
for
sustainable
development
successful
catalyst
tackle
critical
global
challenges.
This
review
paper
summarizes
most
relevant
4.0
technologies
including,
among
others,
digital
(e.g.,
artificial
intelligence,
big
data
analytics,
Internet
Things,
blockchain)
other
technological
advances
smart
sensors,
robotics,
twins,
cyber-physical
systems).
Moreover,
insights
into
trends
(such
as
3D
printed
foods)
have
emerged
result
revolution
will
also
discussed
Part
II
this
work.
significantly
modified
industry
led
substantial
consequences
environment,
economics,
human
health.
Despite
importance
each
mentioned
above,
ground-breaking
solutions
could
only
emerge
by
combining
simultaneously.
Food
era
characterized
challenges,
opportunities,
reshaped
current
strategies
prospects
production
consumption
patterns,
paving
way
move
toward
5.0.
Journal of Cleaner Production,
Journal Year:
2020,
Volume and Issue:
278, P. 124008 - 124008
Published: Sept. 3, 2020
The
concept
of
sustainability
has
been
gaining
importance
and
influencing
the
development
an
approach
towards
employees
referred
to
as
sustainable
HRM
(SHRM).
HR
is
one
principles
SHRM
that
should
be
implemented
consistently
along
with
other
principles,
which
means,
e.g.,
carried
out
having
a
long-term
perspective
in
mind.
It
crucial
acquire
so-called
competencies
future
basis
for
implementing
idea
Industry
4.0.
purpose
article
present
human
potential
organization
against
background
detailed
followed
by
confronting
theory
research
results
on
referring
industrial
engineers
Poland
professional
group
responsible
cleaner
production
Author
analyzed
three
projects
based
survey
method
representative
data
from
Eurostat
Statistics
Poland.
conducted
shows
companies
have
more
short-sighted
when
it
comes
developing
their
engineers.
practices
focusing
only
current
needs
are
not
line
flexibility.
There
also
visible
lack
employee
participation
process
making
training-related
decisions,
another
principle
HRM.
In
addition,
environmental
remains
neglected
area
knowledge
terms
training,
cooperation
external
educational
institutions
low.
certain
implications
managers
institutions.
presents
directions
further
research.
Sustainability,
Journal Year:
2020,
Volume and Issue:
12(24), P. 10298 - 10298
Published: Dec. 9, 2020
The
rapid
development
and
implementation
of
digitalization
in
manufacturing
has
enormous
impact
on
the
environment.
It
is
still
unclear
whether
positive
or
negative
environmental
from
applications
manufacturing.
Therefore,
this
study
aims
to
discuss
overall
implications
sustainability
through
a
literature
study,
within
scope
(product
design,
production,
transportation,
customer
service).
analysis
categorization
selected
articles
resulted
two
main
findings:
(1)
Digitalization
contributes
positively
by
increasing
resource
information
efficiency
as
result
applying
Industry
4.0
technologies
throughout
product
lifecycle;
(2)
burden
primarily
due
increased
energy
use,
well
waste
emissions
manufacturing,
disposal
hardware
(the
technology
lifecycle).
Based
these
findings,
lifecycle
perspective
proposed,
considering
impacts
both
lifecycles.
This
identified
key
increase
awareness
thereby
support
decision
making
invest
new
digital
technologies.
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(6), P. 3107 - 3107
Published: March 12, 2021
The
European
Foundation
for
Quality
Management
(EFQM)
2020
model
is
a
comprehensive
and
updated
business
that
encompasses
sustainability
shares
features
with
Industry
4.0,
emphasizing
transformation
improved
organizational
performance,
yet
different
theoretical
practical
foundations.
This
research
highlights
the
EFQM
model’s
novelties
its
relationships/implications
4.0
paradigm,
contributing
to
body
of
knowledge.
Several
linkages
between
have
been
identified,
namely,
at
criteria
level
guidance
points,
which
can
support
successful
digital
by
combining
quality
excellence
4.0.
However,
given
generic
non-prescriptive
nature,
there
no
specific
reference
nine
pillars.
Additionally,
links
direction
culture
leadership
driving
performance
are
not
evident,
might
be
concern
technology
strategies.
Managing
knowledge,
skills,
capabilities
critical
adoption
adds
strategic
technologically
unbiased
perspective
providing
an
integrated
framework
With
empirical
application,
future
recommended
develop
this
subject
further.
