Abstract
Carbon
neutrality
is
crucial
in
the
fight
against
climate
change,
as
it
refers
to
a
state
which
CO2
emissions
balance
with
measures
of
removal
and
offsetting,
effectively
meaning
no
net
increase
atmosphere.
This
mandates
that
technologies
for
capture
from
flue
gases
technology
utmost
importance
reducing
greenhouse
gas
industrial
sources.
MEA
very
established
solvent
capture,
but
could
be
improved
if
nanoparticles
are
added
make
performance
better.
The
primary
objective
study
evaluate
absorption
efficiency
combination
RH-derived
silica
compare
absorption–desorption
rates
nanoparticle-enhanced
solution
pure
MEA.
Adding
RHSNp
greatly
rates.
experiment
showed
an
83.33%
using
22
wt%
0.5
(RHSNp),
whereas
66.67%
was
observed
without
adding
RHSNp.
rate
calculated
4.5
litres
per
hour.
During
desorption,
stripping
up
95%
realized.
These
results
demonstrate
regeneration
solution.
research
work
has
demonstrated
potential
enhance
gases.
It
concluded
can
more
effective
absorb
at
increased
compared
usual
suggest
this
promising
approach
incorporate
into
amine-based
solvents
process
intensification
benefits
particularly
prominent
scalability
application.
