Gases,
Journal Year:
2024,
Volume and Issue:
4(4), P. 371 - 420
Published: Nov. 3, 2024
Many
governments
around
the
world
have
taken
action
to
utilise
carbon
capture
(CC)
technologies
reduce
CO2
emissions.
This
technology
is
particularly
important
unavoidable
emissions
from
industries
like
cement
plants,
oil
refineries,
etc.
The
available
literature
in
public
domain
explores
this
theme
two
distinct
perspectives.
first
category
of
papers
focuses
only
on
modelling
CC
plants
by
investigating
details
processes
separate
other
gas
components
without
considering
industrial
applications
and
synergies
between
sectors.
On
hand,
second
investigates
required
infrastructure
that
must
be
put
place
allow
a
suitable
integration
specific
particularities
each
technology.
review
gives
comprehensive
guideline
for
implementation
any
given
application
while
also
coupling
different
energy
sectors
such
as
heating,
power
generation,
It
identifies
research
gaps
within
field,
based
existing
literature.
Moreover,
it
delves
into
various
aspects
characteristics
these
technologies,
comparing
their
penalties
with
minimum
work
separation.
Additionally,
main
potential,
necessary
transportation
point
sources
end
users,
needs
storage
facilities,
well
utilisation
feedstock.
Finally,
an
overview
computation
tools
guidelines
given.
presented
paper
are
attempt
provide
requirements,
needed
achieve
cross-sector
wide
range
applications.
strongly
believed
will
benefit
all
stakeholders
value
chain
enabling
accelerated
deployment
technologies.
Energy Storage,
Journal Year:
2024,
Volume and Issue:
6(2)
Published: March 1, 2024
Abstract
Biomass
is
one
of
the
promising
sources
to
produce
green
H
2
,
which
can
be
considered
an
energy
storage
medium.
To
high‐purity
from
biomass‐derived
syngas,
this
study
implemented
a
two‐stage
purification
process.
In
first
stage,
water
gas
shift
reaction
(WGSR)
was
performed
enhance
concentration
in
syngas.
The
Taguchi
method
employed
analyze
influence
operating
conditions
and
maximize
product.
results
suggested
that
temperature
more
dominant
factor
for
enhancing
than
molar
steam/carbon
monoxide
(S/CO)
ratio.
second
vacuum
pressure
swing
adsorption
obtain
high‐concentration
using
product
having
optimum
concentration.
Using
as
primary
parameter,
it
found
high
purity
recovery
could
obtained
operated
at
low
pressures.
Based
on
study's
results,
unit's
best
outcome
occurs
during
kg·cm
−2
flow
rate
17
L·min
−1
.
Under
these
conditions,
93.61%
purity,
31.63%
recovery,
4.86
mol
·(kg
ads
·h)
productivity,
448.14
kJ·(kg
)
consumption
are
obtained.
Batteries & Supercaps,
Journal Year:
2023,
Volume and Issue:
6(12)
Published: Sept. 12, 2023
Abstract
Supercapacitive
swing
adsorption
(SSA)
is
a
newly
discovered
electrochemically
driven
carbon
dioxide
capture
method
using
the
principle
of
electric
double‐layer
capacitor,
which
achieves
purpose
and
desorption
CO
2
by
charging
discharging
supercapacitive
electrodes.
Based
on
this
method,
gas
separation
devices
were
designed
could
adsorb
from
mixture
nitrogen,
series
factors
affecting
capacity
explored.
This
review
briefly
introduces
SSA
mechanism
structural
design
modules,
analyzes
influencing
performance
multiple
aspects,
with
emphasis
electrode
materials,
in
order
to
find
ways
improve
modules.
Processes,
Journal Year:
2024,
Volume and Issue:
12(4), P. 836 - 836
Published: April 20, 2024
The
Pressure
Swing
Adsorption
(PSA)
technique
is
a
widely
embraced
automated
method
for
gas
separation
within
the
industrial
sector,
prized
its
operational
simplicity
and
substantial
economic
benefits.
In
practice,
process
typically
involves
use
of
multiple
towers
to
facilitate
completion
PSA
cycle.
However,
with
increasing
number
in
system,
intricacies
cyclic
tend
amplify,
posing
challenges
novices
attempting
grasp
mechanics
six-tower
Utilizing
animation
can
comprehending
these
complex
techniques
by
presenting
them
simplified
visually
engaging
format.
Therefore,
our
research
group
has
designed
an
animated
depiction
device,
predicated
on
prototype
established
laboratory.
This
furnishes
inclusive
demonstration
complete
cycle,
encompassing
twelve
steps,
pertaining
operation
PSA.
It
aspiration
that
this
tool
will
prove
advantageous
those
who
are
embarking
journey
understanding
multi-tower
PSA,
as
well
seasoned
professionals
engaged
field
pressure
swing
adsorption.
