Practice, progress, and proficiency in sustainability,
Journal Year:
2023,
Volume and Issue:
unknown, P. 353 - 367
Published: June 30, 2023
The
tourism
industry
has
negative
environmental
consequences,
overshadowing
the
regenerative
bioeconomy.
Climate
change,
land
degradation,
and
resource
depletion
are
significant
challenges.
Excessive
use
of
non-biodegradable
resources
threatens
planet,
requiring
bio-based
resources.
It
is
critical
to
transition
reuse
In
this
chapter,
bioeconomy
a
wide-reaching
impact
on
accomplishing
SDG
6,
8,
11,
12,
with
focus
circular
economy's
involvement
in
logistics.
Investments
talent
development,
digital
technologies,
partnerships
needed
realise
potential.
Engaging
local
communities
implementing
sustainable
business
practices
can
reduce
energy
impact.
Digital
transformation
requires
technological
advancements,
foreign
investment,
active
participation
from
all
stakeholders.
This
chapter
tries
explain
complicated
interplay
between
bioeconomy,
logistics,
practises
intertwining.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(12), P. 5140 - 5140
Published: June 17, 2024
This
study
examines
governance
strategies
that
facilitate
sustainable
regional
circular
bioeconomy
development,
culminating
in
a
typology
which
enables
the
classification
of
government
good
practices
supporting
deployment
diverse
regions
within
Europe.
Data
on
models
were
collected
through
desk
research
and
survey,
resulting
compilation
61
models.
From
this
compilation,
20
case
studies
identified
further
explored
to
develop
EU-27.
Findings
reveal
strong
commitment
expanding
bioeconomies;
however,
managing
conflicting
sustainability
goals
remains
challenge.
paper
provides
comprehensive
overview
successful
practices,
offering
valuable
insights
for
policymakers
support
co-development
replication
effective
across
European
regions.
EFB Bioeconomy Journal,
Journal Year:
2024,
Volume and Issue:
4, P. 100069 - 100069
Published: Aug. 15, 2024
Hydrothermal
carbonization
of
biowaste
with
energy
recovery
was
evaluated
as
a
treatment
technology
using
attributional
life
cycle
assessment
carried
out
in
line
ISO
14044.
Results
show
that
important
differences
were
observed
for
individual
impact
categories.
outperformed
all
other
incumbent
technologies
three
categories
and
performed
on
par
anaerobic
digestion
composting
the
climate
change
category,
where
scores
across
different
wet
streams
ranged
from
-0.014
to
-0.032
kg
CO2
equivalents
per
treated.
However,
it
worst
those
environmental
impacts
which
address
resource
depletion,
including
mineral,
fossil
renewable
depletion.
This
stresses
need
include
when
evaluating
performance
technologies.
Differences
ranking
between
midpoint
corroborate
earlier
studies
suggesting
general
waste
hierarchy
might
not
necessarily
apply
hydrothermal
biowaste.
the
process
of
rapidly
digitalizing
and
transforming
businesses,
known
as
Industry
4.0,
was
already
underway
before
COVID-19.
However,
imposed
restrictions
during
pandemic
significantly
amplified
need
motivation
for
both
businesses
consumers
to
utilize
digital
tools
across
all
sectors
including
bioeconomy.
The
agricultural
food
production
have
a
predominant
role
in
bioeconomy
European
Union
(EU),
followed
by
wood
production.
These
make
significant
contributions
not
only
national
economies
but
also
rural
areas.
Consequently,
digitalization
within
sector
transforms
enterprises
value
chains
themselves
benefits
communities
which
these
are
situated.
This
study
aims
assess
barriers
ways
support
transformation
this
sector.
paper
analyses
EU
state
digitalisation
EU.
empiric
analysis
is
based
on
cluster
R&D
indicators
AHP
that
allows
determining
scenarios
Latvia,
Lithuania
Poland
carried
out
four
stake-holder
groups
-
government;
advisory
extension;
research
entrepreneurship.
results
indicate
experts
from
preferred
scenario
suggested
self-initiative
entrepreneurs
sector,
Latvia
–
prioritization
using
funding.
opinions
government,
consulting,
more
aligned
throughout
three
countries,
opinion
differs
groups.
The
food
systems
consist
of
the
global
bioeconomy,
focused
on
knowledge-based
innovation
and
transformation
production
leading
to
sustainable
economic
development.
In
past
years,
more
than
50
countries
globally
accepted
adopted
bioeconomic
policies
strategies
considered
constraints
related
climate,
land,
water,
energy.
2019,
India's
bioeconomy
was
worth
USD
62.5
billion.
This
benefits
contributes
creating
green,
eco-friendly,
ecological
techniques
process
that
contribute
achieving
development
goals.
Swachh
Bharat,
Swasth
Make
in
India,
Startup
Digital
India
are
some
influential
initiatives
aimed
at
boosting
new
research,
enabling
individuals,
constructing
world-class
infrastructure,
promoting
public-private
partnership
(PPP)
models
across
all
sectors,
such
as
agriculture,
industry,
healthcare,
environment.
Bioeconomy
helps
transform
rural
environments,
generating
income
employment
opportunities.
Food
waste
accounts
for
1.3
billion
tons
globally,
one-third
total
annual
production,
is
expected
rise
138
million
by
2025.
UN
goals
have
reduce
50%
2030.
will
substantially
transforming
from
a
linear
circular
economy.
Lex genetica.,
Journal Year:
2024,
Volume and Issue:
3(3), P. 7 - 25
Published: Oct. 24, 2024
The
development
of
science
and
technology,
as
well
the
introduction
innovations
into
production
sphere,
have
led
to
emergence
such
a
phenomenon
bioeconomy.
At
present
time,
there
is
no
versatile
definition
concept
bioeconomy
either
at
national
level
or
interstate
integration
associations
international
organizations.
To
analyze
key
features
identify
main
approaches
essence
this
phenomenon.
This
important
for
understanding
directions
regulatory
environment
in
relation
Russian
Federation.
article
analyzes
definitions
International
Advisory
Council
on
Bioeconomy
(IACB),
Organization
Economic
Cooperation
Development
(OECD),
European
Union
(EU),
individual
states.
author
examines
range
regulating
research
based
formal-logical,
dogmatic
methods,
comparison
method
axiological
approach.
paper
presents
how
relates
circular
economy
(closed-loop
economy)
linear
(traditional)
economy.
regulation
through
lens
proactive
law
proposes
mechanism
its
with
help
symbiotic
regulator.
elements
reg
ulator
are
referred
article.
They
include
normative
regulation,
presence
ef
fectively
functioning
organizational
structures,
properly
processes
interaction
between
structures
entities.
entitled
‘ethical
licensing’,
highlights
advantages
disadvantages,
gives
recommendation
subsequent
use
method.
Due
complex
nature,
requires
specific
regulation.
Open Research Europe,
Journal Year:
2023,
Volume and Issue:
3, P. 167 - 167
Published: Oct. 3, 2023
While
Slovenia
has
significant
bioeconomy
potential,
it
remains
underutilized,
facing
challenges
in
primary
sectors,
their
integration
along
value
chains,
uptake
of
industrial
innovation,
and
institutional
coordination.
This
paper
aims
to
support
the
unlocking
Slovenia's
foster
sustainable
integrated
development
its
chains.
It
provides
evidence
base
composition,
volumes
current
utilization
available
biomass
streams
from
agriculture,
forestry
aquatic
systems.
discusses
potential
uses
these
resources
highlights
need
for
improved
logistics
scalability.
Additionally,
structure
performance
bioeconomy-related
industries
are
examined,
emphasizing
importance
firm
consolidation
successful
development.
emphasizes
sector-specific
transformation
pathways,
production
expanding
hybrid
sectors.
The
exchange
between
policymakers
stakeholders
is
encouraged
recognize
synergies,
accelerate
cooperation,
improve
economic
while
closing
material
energy
loops.
document
also
reviews
supporting
environment
proposes
steps
coordination
strategic
planning.
Frontiers in Sustainability,
Journal Year:
2023,
Volume and Issue:
4
Published: Dec. 22, 2023
The
bioeconomy
seeks
to
efficiently
transform
biomaterials
into
value-added
products
achieve
circularity.
A
circular
is
a
carbon
economy
based
on
bio-based
resources.
There
dearth
of
information
in
the
literature
about
how
psychological
factors
affect
public
acceptance
bioeconomy,
especially
Africa,
where
adoption
scant.
Addressing
this
gap,
study
characterized
as
low-carbon
technological
innovation
combat
climate
change
and
developed
Bioeconomy
Technology
Acceptance
Model
(BTAM)
explain
effects
individual-level
investigated
it
survey
(N
=
465)
using
questionnaires
that
were
carried
out
Lagos,
Nigeria,
2022.
respondents
chosen
by
proportional
stratified
random
sampling,
descriptive
statistics,
Pearson’s
correlation
coefficient,
structural
equation
modeling
used
analyze
data
obtained.
strong
influence
perceived
usefulness
from
intention
accept
BTAM
suggests
(TAM)
suitable
for
predicting
bioeconomy.
Considering
belief
study,
imperative
promote
education
among
Africans
accelerate
continent.
identified
provide
reference
scholars,
policymakers,
manufacturers
effectively
develop
individual-oriented
intervention
strategies
promotion
schemes
enhance
Africa
particular
other
climes
there
not
yet
widespread
Practice, progress, and proficiency in sustainability,
Journal Year:
2023,
Volume and Issue:
unknown, P. 353 - 367
Published: June 30, 2023
The
tourism
industry
has
negative
environmental
consequences,
overshadowing
the
regenerative
bioeconomy.
Climate
change,
land
degradation,
and
resource
depletion
are
significant
challenges.
Excessive
use
of
non-biodegradable
resources
threatens
planet,
requiring
bio-based
resources.
It
is
critical
to
transition
reuse
In
this
chapter,
bioeconomy
a
wide-reaching
impact
on
accomplishing
SDG
6,
8,
11,
12,
with
focus
circular
economy's
involvement
in
logistics.
Investments
talent
development,
digital
technologies,
partnerships
needed
realise
potential.
Engaging
local
communities
implementing
sustainable
business
practices
can
reduce
energy
impact.
Digital
transformation
requires
technological
advancements,
foreign
investment,
active
participation
from
all
stakeholders.
This
chapter
tries
explain
complicated
interplay
between
bioeconomy,
logistics,
practises
intertwining.
