SPE Journal,
Journal Year:
2024,
Volume and Issue:
29(06), P. 3369 - 3386
Published: March 4, 2024
Summary
CO2
flooding
is
emerging
as
a
pivotal
technique
used
extensively
for
carbon
capture,
utilization,
and
storage
(CCUS)
strategies.
Acid
stimulation
one
common
widely
to
improve
well-formation
connectivity
by
creating
wormholes.
This
work
motivated
investigate
the
gas-fingering
behavior
induced
acid
during
flooding.
We
present
an
integrated
simulation
framework
couple
processes,
in
which
two-scale
continuum
model
development
of
wormhole
dissolution
patterns.
Then,
sensitivity
case
simulations
are
conducted
through
equation
state
(EOS)–based
compositional
further
analyze
fingering
formations
separately
under
immiscible
miscible
conditions.
Results
demonstrate
that
stimulation,
typical
patterns
optimal
injection
rate
corresponding
minimum
breakthrough
volume
observed
laboratory
prevalent
field-scale
simulations.
For
simulation,
trigger
(bypassing
due
high
conductivity
wormholes)
stimulated
region,
lateral
boundary
effect
eliminating
fingers
exerts
its
influence
over
system
transverse
mixing.
The
varies
when
focus
interest
changes
from
performance.
best
performance
always
uniform
dissolution,
have
greater
on
provides
technical
theoretical
support
practical
application
World Journal of Advanced Research and Reviews,
Journal Year:
2023,
Volume and Issue:
21(2), P. 335 - 345
Published: Feb. 28, 2023
Rapid
technological
advancements
in
Liquefied
Natural
Gas
(LNG)
have
catalyzed
a
transformative
shift
global
energy
markets.
This
review
delves
into
the
profound
impact
of
LNG
technology
advancements,
exploring
their
multifaceted
consequences
on
dynamics
landscape.
The
evolution
technologies,
spanning
liquefaction,
transportation,
and
regasification
processes,
has
ushered
new
era
accessibility,
sustainability,
market
competitiveness.
burgeoning
role
as
cleaner
more
versatile
fuel
source
is
examined
against
backdrop
efforts
to
address
climate
change.
Environmental
considerations,
carbon
reduction
goals,
demand
for
sources
are
driving
increasing
adoption
transition.
Government
initiatives
supporting
renewable
policies
influencing
its
utilization
dissected
comprehend
intricate
policy
factors
shaping
consumption.
Economic
drivers,
including
cost
competitiveness
dynamics,
play
pivotal
assesses
economic
growth
industrial
LNG,
providing
insights
relationship
between
surge
Additionally,
expansion
production
capacity,
exploration
unconventional
gas
resources,
geopolitical
influences
supply
patterns
thoroughly
scrutinized
provide
comprehensive
understanding
forces
steering
trade
dynamics.
regional
elucidated
with
focus
major
economies
such
Asia-Pacific,
Europe,
North
America.
rising
from
these
regions,
coupled
infrastructure
developments
regulatory
frameworks,
underscores
interplay
scale.
Furthermore,
implications
recent
events
markets,
scrutinizing
agreements
risks
holistic
view
broader
landscape
impacting
stakeholders.
In
summation,
this
provides
analysis
far-reaching
As
innovations
continue
reshape
landscape,
serves
roadmap
environmental,
economic,
regional,
that
collectively
define
contemporary
industry.
SPE Journal,
Journal Year:
2024,
Volume and Issue:
29(06), P. 3369 - 3386
Published: March 4, 2024
Summary
CO2
flooding
is
emerging
as
a
pivotal
technique
used
extensively
for
carbon
capture,
utilization,
and
storage
(CCUS)
strategies.
Acid
stimulation
one
common
widely
to
improve
well-formation
connectivity
by
creating
wormholes.
This
work
motivated
investigate
the
gas-fingering
behavior
induced
acid
during
flooding.
We
present
an
integrated
simulation
framework
couple
processes,
in
which
two-scale
continuum
model
development
of
wormhole
dissolution
patterns.
Then,
sensitivity
case
simulations
are
conducted
through
equation
state
(EOS)–based
compositional
further
analyze
fingering
formations
separately
under
immiscible
miscible
conditions.
Results
demonstrate
that
stimulation,
typical
patterns
optimal
injection
rate
corresponding
minimum
breakthrough
volume
observed
laboratory
prevalent
field-scale
simulations.
For
simulation,
trigger
(bypassing
due
high
conductivity
wormholes)
stimulated
region,
lateral
boundary
effect
eliminating
fingers
exerts
its
influence
over
system
transverse
mixing.
The
varies
when
focus
interest
changes
from
performance.
best
performance
always
uniform
dissolution,
have
greater
on
provides
technical
theoretical
support
practical
application
