Advanced Functional Materials,
Год журнала:
2024,
Номер
unknown
Опубликована: Окт. 21, 2024
Abstract
Exploration
for
sustainable
energy
resources
is
essential
to
minimize
the
dependence
on
fossil
fuels
and
improve
environmental
parameters.
Here,
possibility
of
utilizing
bio‐waste‐derived
electrolytes
as
an
electrical
resource
by
placing
them
across
semipermeable
membranes
prepared
through
parallel
stacking
coir
fibers
examined.
The
nanofluidic
membrane
(d‐CF‐V)
modifying
inner
walls
bio‐fluidic
channels
with
atomically
thin
layers
vanadium
pentoxide
(VO)
shows
excellent
perm‐selectivity
(
t
+
=
0.87,
1000‐fold
concentration
difference)
electricity
conversion
efficiency
(≈
28.2%).
With
simulated
sea
river
water,
d‐CF‐V
yields
output
up
2.4
W
m
−2
,
similarly
mineral
acid
bases
(0.5
HCl
0.01
NaOH),
11.8
.
sun‐dried
Garcinia
morella
(Kuji
thekera),
charred
peels
Musa
balbisiana
(banana)
are
used
sources
bio‐electrolytes,
which
in
combination
permselective
yielded
a
power
density
≈1.4
By
replacing
standard
Ag/AgCl
electrodes
nanomaterials
exhibiting
contrasting
charge
transfer
activities,
oxidized
carbon
nanotube
(o‐CNT)
polyaniline
(PANI)
voltage
enhanced
from
–127
–568
mV
current
increased
10.2
51.5
µA.
Environmental Chemistry Letters,
Год журнала:
2024,
Номер
22(6), С. 2641 - 2668
Опубликована: Окт. 26, 2024
Abstract
Anaerobic
digestion
constitutes
a
sustainable
method
for
waste
management
and
renewable
energy
generation,
addressing
significant
environmental
societal
challenges.
The
growing
global
crisis
the
increasing
momentum
toward
solutions
emphasize
critical
need
to
enhance
anaerobic
technology
improved
efficiency
advantages.
This
process
mitigates
accumulation,
enhances
security,
reduces
greenhouse
gas
emissions,
providing
feasible
solution
within
framework
of
circular
bioeconomy.
Here,
we
review
principles
biogas
production,
focusing
on
agricultural
utilization
framework.
We
specifically
explore
applications
in
rural
industrial
settings,
assess
impacts,
discuss
regulatory
landscape
with
insights
from
China
Europe.
study
reveals
that
strategic
implementation
can
markedly
improve
yield
sustainability,
demonstrating
how
focused
policies
advanced
technological
practices
optimize
utilization.
comprehension
emphasizing
Europe
as
key
examples.
Current Opinion in Green and Sustainable Chemistry,
Год журнала:
2024,
Номер
49, С. 100951 - 100951
Опубликована: Июнь 29, 2024
This
study
highlights
the
extensive
use
of
and
full
reliance
on
nonrenewable
sources
like
fossil
base
fuels
results
in
availability
shortage,
increased
economy,
depletion
carbon
sink,
CO2
emission
high,
environmental
pollution,
drastic
change
climate
mismanagement
waste.
To
overcome
this
problem,
renewable
resources
together
with
nuclear
advanced
approaches
resulted
fewer
are
used
to
decarbonize
GHG/CO2
emissions,
storage
technology
lower
pricing
achieve
net-zero
sustainability
environment.
The
proposed
policies
their
implementation
occurrence
at
national
international
levels
also
carbon-free
production
enhanced
consistency.
On
environmentally
friendly
policies,
problem
could
be
solved
by
global
contribution
government,
stakeholders,
public
sectors,
engagement
policy
coherence
integration
towards
making
implementing
via
for
achieving
emissions.
