Zeitschrift für Politikwissenschaft,
Journal Year:
2024,
Volume and Issue:
34(2), P. 161 - 181
Published: June 1, 2024
Abstract
Both
the
global
and
German
climate
targets
are
ambitious
given
recent
emission
reduction
rates.
In
addition
to
measures,
carbon
dioxide
removal
has
been
increasingly
discussed
recently
initial
measures
have
developed
potentially
scale-up
removals
in
order
meet
net
zero
targets.
this
article,
we
undertake
a
political
economy-based
analysis
of
historical
development
structural
conditions
policy
their
enabling
role
for
emergence
strengthening
options.
We
refer
regulation
theory
Modell
Deutschland
approach
argue
that
within
model
concept
ecological
modernization
established
as
dominant
regulate
society-nature
relations.
light
goals,
such
by
2045,
reaches
its
current
limits
must
be
recalibrated.
Against
background,
conclude
discussing
risk
mitigation
deterrence
associated
with
considering
alternative
pathways,
degrowth,
social
transformation.
Frontiers in Climate,
Journal Year:
2024,
Volume and Issue:
5
Published: Jan. 15, 2024
Net
zero
targets
have
rapidly
become
the
guiding
principle
of
climate
policy,
implying
use
carbon
dioxide
removal
(CDR)
to
compensate
for
residual
emissions.
At
same
time,
extent
(future)
emissions
and
their
distribution
between
economic
sectors
activities
has
so
far
received
little
attention
from
a
social
science
perspective.
This
constitutes
research
gap
as
corresponding
amounts
required
CDR
is
likely
highly
contested
in
political
economy
low-carbon
transformation.
Here,
we
investigate
what
function
performs
perspective
considered
account
large
proportion
future
(cement,
steel,
chemicals,
aviation)
well
oil
gas
industry
EU.
We
also
explore
whether
they
claim
be
compensated
outside
sector,
quantify
these
claims
how
justify
them.
Relying
on
interpretative
qualitative
analysis,
decarbonization
or
net
roadmaps
published
by
major
sector-level
European
trade
associations
statements
public
consultation
submissions
reaction
policy
initiatives
EU
mobilize
CDR.
Our
findings
indicate
that
while
technologies
perform
an
important
abstract
reaching
roadmaps,
responsibilities
delivering
levels
negative
remain
largely
unspecified.
risks
eliding
pending
distributional
conflicts
over
which
may
intersect
with
diverging
technological
transition
pathways
advocated
associations.
Energy Research & Social Science,
Journal Year:
2024,
Volume and Issue:
113, P. 103567 - 103567
Published: April 27, 2024
The
City
of
Stockholm
aims
to
achieve
net-zero
emissions
by
2030
compensating
for
residual
using
bioenergy
with
carbon
capture
and
storage
(BECCS).
Relying
heavily
on
negative
reach
the
target,
city's
strategy
presents
an
interesting
case
climate
policymaking.
Based
analysis
interviews,
Council
debates,
policy
documents,
underscores
importance
understanding
municipal
in
a
multi-level
setting,
where
ability
govern
varies
between
sectors
depending
politics
at
other
levels
governance.
Both
waste
incineration
road
transport
are
perceived
include
hard-to-abate
2030,
partly
due
governance
linkages
involving
regional,
national,
EU-level
governing
bodies.
energy
utility,
Exergi,
plans
implement
BECCS,
funding
from
EU
public
private
sources,
heat
power
plant.
unique
opportunity
use
BECCS
as
part
target
has
made
it
possible
advance
goal
2040
2030.
However,
there
risks
that
relying
may
muffle
debate
what
constitutes
city,
subsequently
leading
smaller
investments
emission
reductions.
Additionally,
schedule
implementing
is
overly
optimistic,
meaning
fulfilment
be
threatened.
this
risk
not
isolated
BECCS;
similar
associated
combining
fossil
fuels
CCS.
We
recommend
city
critically
examines
emissions,
considers
separate
targets
instead
goal,
conducts
assessments
key
mitigation
technologies
maintain
its
status
forerunner.
Humanities and Social Sciences Communications,
Journal Year:
2024,
Volume and Issue:
11(1)
Published: May 2, 2024
Abstract
This
article
draws
on
different
strands
of
existing
scholarship
to
provide
an
analytical
framework
for
understanding
the
barriers
achieving
a
well-being
economy.
It
explores
interplay
between
agential
and
structural
power,
where
some
actor-coalitions
can
reproduce
or
transform
pre-existing
structures.
Conversely,
these
structures
are
strategically
selective,
favouring
actors,
interests,
strategies
over
others.
Making
sense
this
introduces
notion
power
complex
e
s
—time-space-specific
with
common
industry-related
interests
in
given
conjuncture.
To
understand
historical
“becoming”
today’s
political-economic
terrain,
provides
regulationist-inspired
history
rise,
fall,
re-emergence
four
complexes:
financial,
fossil,
livestock-agribusiness,
digital.
They
pose
significant
threats
pillars
wellbeing
economy
such
as
ecological
sustainability,
equ(al)ity,
democracy.
Subsequently,
context
is
scrutinised
more
detail
why
certain
actors
dominate
strategic
calculations
contemporary
complexes.
reveals
selectivities
that
favour
multi-
transnational
corporate
civil
society,
labour
movements,
public
bureaucracies.
The
then
examines
firm-to-state
lobbying
strategy
employed
by
within
assert
their
interests.
presents
illustrative
cases
Blackstone,
BP,
Bayer,
Alphabet.
Finally,
it
implications
challenges
realising
based
post-/degrowth
visions.
emphasises
double
challenge
faced
wellbeing-economy
actor-coalition.
On
one
hand,
has
navigate
modes
regulation
capital
accumulation
while,
other,
must
confront
self-expanding
extractive
logic
capital.
In
context,
three
key
outlined:
need
form
unconventional
alliances,
operate
various
spatial
dimensions
simultaneously,
institutionalise
alternatives
influence
policymaking.
Nature Communications,
Journal Year:
2024,
Volume and Issue:
15(1)
Published: July 27, 2024
Abstract
Existing
studies
indicate
that
future
global
carbon
dioxide
(CO
2
)
removal
(CDR)
efforts
could
largely
be
concentrated
in
Asia.
However,
there
is
limited
understanding
of
how
individual
Asian
countries
and
regions
will
respond
to
varying
uncertain
scales
CDR
concerning
their
energy-land-water
system.
We
address
this
gap
by
modeling
various
levels
CDR-reliant
pathways
under
climate
change
ambitions
find
high
reliance
leads
residual
fossil
fuel
industry
emissions
about
8
Gigatonnes
CO
yr
−1
(GtCO
2050,
compared
less
than
1
GtCO
moderate-to-low
reliance.
Moreover,
expectations
multi-gigatonne
delay
the
achievement
domestic
net
zero
for
several
regions,
lead
higher
land
allocation
fertilizer
demand
bioenergy
crop
cultivation.
Here,
we
show
should
prioritize
emission
reduction
strategies
while
capitalizing
on
advantages
when
it
most
viable.
Sustainable Development,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 6, 2024
Abstract
Artificial
intelligence
(AI)
and
environmental
points
are
equally
important
components
within
the
response
to
local
weather
change.
Therefore,
based
on
efforts
of
reducing
carbon
emissions
more
efficiently
effectively,
this
study
tries
focus
AI
integration
with
capture
technology.
The
urgency
tackling
climate
change
means
we
need
advanced
capture,
is
an
area
where
can
make
a
huge
impact
in
how
these
technologies
operated
managed.
It
will
minimize
manufacturing
improve
both
resource
efficiency
as
well
our
planet's
footprint
by
turning
waste
into
something
value
again.
could
be
leveraged
analyze
data
sets
from
plants,
searching
for
optimal
system
settings
efficient
ways
identifying
patterns
available
information
at
larger
scale
than
currently
possible.
In
addition,
incorporated
sensors
monitoring
mechanisms
supply
chain
identify
any
operational
failure
reception
itself
allowing
timely
action
protect
those
areas.
also
helps
generative
design
materials,
which
allows
researchers
explore
new
types
carbon‐absorbing
material,
including
metal–organic
frameworks
polymeric
materials
that
industrial
CO
2
,
such
moisture.
it
increases
accuracy
reservoir
simulations
controls
injection
systems
storage
or
enhanced
oil
recovery.
Through
applying
algorithms
geology,
production
performance
real‐time
would
like
facilitate
optimization
processes
while
assuring
maximum
efficiency.
integrates
renewable‐based
employed
AI‐driven
smart
grid
methods.
Energies,
Journal Year:
2024,
Volume and Issue:
17(10), P. 2396 - 2396
Published: May 16, 2024
This
paper
presents
a
thorough
examination
of
methane
capture
from
Polish
coal
mines,
contextualized
within
the
framework
European
Union’s
(EU)
climate
policy
objectives.
Through
strategic
analysis
encompassing
interior
surrounding
environment,
and
macro
this
study
elucidates
complex
dynamics
involved
in
emissions
initiatives.
The
key
findings
include
declining
trend
absolute
since
2008,
despite
fluctuations
extraction
volumes,
relatively
stable
level
exceeding
300
million
m3/year
2014.
underscores
critical
role
government
support,
both
terms
financial
incentives
streamlined
regulatory
processes,
to
facilitate
integration
technologies
into
mining
operations.
Collaboration
through
partnerships
stakeholder
engagement
emerges
as
essential
for
overcoming
resource
competition
ensuring
long-term
success
projects.
also
highlights
economic
environmental
opportunities
presented
by
reserves,
emphasizing
importance
investment
efficient
technologies.
Despite
these
advancements,
challenges
persist,
particularly
regarding
low
efficiency
current
de-methanation
Recommendations
modernization
technological
innovation
are
proposed
enhance
utilization.
Climate Policy,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 16
Published: Jan. 16, 2025
International
cooperation
has
the
potential
to
significantly
reduce
costs
of
implementing
Carbon
Dioxide
Removal
(CDR)
in
line
with
Paris
Agreement.
However,
success
interregional
depends
on
whether
a
satisfying
agreement
can
be
reached.
Regional
bargaining
powers
may
heavily
influence
outcome
such
an
agreement.
This
paper
uses
cooperative
game
theory
assess
deployment
CDR
between
United
States
(US),
European
Union
(EU),
Brazil,
and
China.
We
compute
least-costly
pathways
under
multiple
configurations
using
Modelling
Optimisation
Negative
Emissions
Technologies
(MONET)
framework,
assuming
regional
targets
that
are
proportional
greenhouse
gas
emissions.
Then,
we
apply
derive
relative
from
cost
evaluations
MONET.
find
lead
substantial
reductions,
ranging
11%
43%.
Furthermore,
identify
two
distinct
types
regions
possess
considerable
power:
(1)
minimal
historical
responsibility
towards
climate
change
but
abundant
resources
for
implementation
(exemplified
by
Brazil
this
study);
(2)
limited
domestic
amidst
large
(represented
either
USA
or
China,
here).
These
findings
illustrate
leverage
certain
Global
South
could
wield
collaborative
Article
6
Energies,
Journal Year:
2025,
Volume and Issue:
18(3), P. 573 - 573
Published: Jan. 25, 2025
This
article
aims
to
identify
and
verify
the
actions
taken
by
European
Union
companies
related
improving
energy
efficiency
with
requirements
of
Fit
for
55
packages
striving
climate
neutrality
assessing
degree
implementation
pro-ecological
solutions,
identifying
key
challenges,
comparing
differences
in
level
transformation
member
states.
attempts
assess
minimizing
consumption
reducing
greenhouse
gas
emissions
operating
27
countries,
based
on
statistical
data
from
Eurostat
databases.
To
analyze
obtained
data,
diagnostic–descriptive
method,
principal
component
analysis,
multi-criteria
MOORA
method
were
used.
The
conducted
research
procedure
indicates
adaptation
regarding
goals
resulting
package
adopted
Union.
Companies
located
France,
Sweden,
Finland
demonstrate
highest
transformation.
On
other
hand,
a
passive
transition
traditional
fossil
fuels
renewable
sources
is
characterizes
Germany,
Netherlands,
Poland.