Analysis of Falling Block Characteristics in Salt Caverns Energy Storage Space
Energies,
Год журнала:
2025,
Номер
18(1), С. 215 - 215
Опубликована: Янв. 6, 2025
In
the
current
global
energy
sector
where
storage
technology
is
highly
regarded,
development
of
crucial.
Utilizing
specific
underground
space
for
oil
and
gas
other
sources
direction
future
development,
formed
by
deep-salt-mine
water
dissolution
extraction
has
gradually
become
preferred
choice.
However,
in
actual
operation,
multi-layer
salt
cavities
are
prone
to
collapse
interlayer
bending
pipes,
seriously
affecting
progress,
quality,
safety
entire
construction.
Therefore,
based
on
relevant
principles,
a
targeted
experimental
platform
was
established,
taking
photos
measurements
falling
process
objects,
simulating
situation
objects
spaces
their
impact
related
components.
In-depth
research
conducted
probability
hitting
inner
pipe
horizontal
force
under
different
conditions,
results
were
verified
rigorous
numerical
simulation
analysis.
The
show
that
impacts
can
cause
components
bend,
with
maximum
reaching
5.1%
24.6
N.
addition,
hydraulic
fluctuations
caused
suction
drainage
cavity
column
have
relatively
small
object
trajectory.
findings
provide
practical
effective
guidance
safe
construction
facilities,
ensuring
be
carried
out
safely
efficiently,
contribute
steady
industry
as
whole.
Язык: Английский
Stability analysis of single-well cylindrical–spherical salt caverns for green hydrogen storage in bedded formations
International Journal of Hydrogen Energy,
Год журнала:
2025,
Номер
105, С. 845 - 859
Опубликована: Янв. 28, 2025
Язык: Английский
The Impact of Design Modifications on the Effectiveness of Energy Storage Construction in a Salt Cavern According to Enhanced Technology Based on Laboratory Tests
Energies,
Год журнала:
2025,
Номер
18(4), С. 805 - 805
Опубликована: Фев. 9, 2025
This
article
presents
findings
from
ongoing
research
on
improving
the
efficiency
of
leaching
salt
caverns
for
brine
production
and
creating
storage
spaces
gases
or
fuels.
Previous
studies
authors
highlighted
potential
modifying
conventional
technology
by
employing
a
high-pressure
water
jet
to
carve
niches
in
rock.
Current
aims
define
precise
niche
parameters
using
innovative
enhanced
Jet
Cavern
Technology
(JCT).
Our
identified
improvements
leach
across
various
configurations
quantities
niches.
By
analyzing
three
types—pink,
spiz,
crystalline—it
was
demonstrated
that
perpendicular
well
axis
significantly
reduces
time
achieve
saturated
approximately
38%,
particularly
during
initial
construction
phase.
Further
adjustments
dimensions,
spacing,
spatial
positioning
can
improve
cavern
rates
up
20%
over
standard
methods.
study
quantified
correlation
between
advancement
process
rate
increase
content
brine.
Accelerated
saturation
facilitates
mitigates
environmental
concerns
associated
with
discharge
unsaturated
The
adoption
this
new
is
crucial
expansion
renewable
energy
sources
requirements.
Язык: Английский