Abstract
This
article
discusses
the
solar
assisted
technologies
from
Indian
subcontinent
to
address
sustainable
development
targets
developed
by
united
nations
programme.
For
water
and
renewable
energy,
presented
in
this
paper
include
carbon
sequestration,
biomass,
power
plants
with
thermal
photovoltaic
systems,
irrigation
heating
dryers,
distillation
desalination,
treatment.
Various
techniques
are
suggested
for
clean
recovery
using
distillation,
stills,
desalination.
methods
of
drying
fruits
vegetables
have
been
discussed
flat
plate
collector.
Power
production
solar-thermal,
solar-photovoltaic
biomass
systems
covered
recent
studies.
Prospects
on
future
energy
research
is
recommended
cells,
magnetized
heat
pump
integrated
plasmonic
nanofluids
collectors.
At
conclusion,
outlook
examined.
Energy Reports,
Год журнала:
2024,
Номер
12, С. 593 - 607
Опубликована: Июнь 27, 2024
Carbon
dioxide
emissions
from
fossil
fuel-fired
power
stations
are
attracting
growing
attention
as
a
potential
approach
for
reducing
greenhouse
gas
emissions.
Post-combustion
capture
of
CO2
with
monoethanolamine
(MEA)
is
one
the
most
successful
and
mature
technologies
mitigating
carbon
The
crucial
problem
this
technique
high
heat
requirement
reboiler
solvent
regeneration.
In
study,
seven
different
configurations
capture,
namely,
standard
absorption,
vapor
recompression,
recompression
process
split-flow,
absorption
column
intercooling,
rich-split,
combined,
rich-split
studied.
simulation
results
showed
that
energy
consumption
intensity
alternative
lowered
by
15.2
%,
18.4
2.9
7.4
20.3
23.2
respectively,
regard
to
configuration.
Seven
were
ranked
based
on
total
investment
cost,
steam
consumption,
water
consumption.
Combined
best,
Rich-split
worst.
Heliyon,
Год журнала:
2024,
Номер
10(15), С. e35316 - e35316
Опубликована: Авг. 1, 2024
The
solvent
regeneration
in
the
post-combustion
carbon
capture
process
usually
relies
on
steam
from
power
plant
cycle.
This
heat
duty
is
one
of
challenges
energy
consumption
PCC
(Post-combustion
Carbon
Capture).
However,
this
practice
results
a
significant
penalty,
leading
to
substantial
reduction
capacity
Power
Plant,
estimated
be
between
19.5
and
40
%.
paper
investigate
techno-economic
feasibility
solar-assisted
for
industrial
scale
with
diglycolamine
solvent.
study
aims
assess
impact
system
configuration
modifications,
such
as
LVC
(Lean
Vapor
Compression),
SPCC
(Solar
Post-combustion
Capture),
combinations
trough
or
compound
solar
collectors
LVC,
efficiency
overall
performance.
With
3E
analysis
show
that
configuration.
reducing
penalty
factor,
exhibits
decrease
exergy
exergoeconomic
compared
other
configurations
terms
aspects.
+
SCSS
Combined
Separator-Stripper)
demonstrates
best
performance
across
aspects,
resulting
12.2
%
improvements
38
4.2
factors,
respectively.
