Journal of Renewable and Sustainable Energy,
Journal Year:
2024,
Volume and Issue:
16(6)
Published: Nov. 1, 2024
Electricity
generation
leads
to
one
third
of
greenhouse
gas
emissions
in
the
world.
Standing
at
age
direct
effect
global
warming
on
ecosystem,
it
is
required
control
gases
within
limit
avoid
climate
alteration.
For
that,
a
new
concept
proposed
this
study
for
converting
CO2
into
glucose
as
well
generating
power.
Artificial
photosynthesis
utilized
here
design
reactor.
converts
glucose,
integrating
principles
carbon
fixation,
renewable
energy,
and
electrochemistry
sustainable
utilization.
Furthermore,
synthesized
converted
power
an
electrochemical
way.
A
case
has
been
done
based
wind
plant.
Therefore,
execute
process,
system
powered
by
plant
cleaning
water
molecules,
molecule
capture,
which
glucose.
Then,
sensitivity
analysis
carried
out
find
how
speed
affecting
production
power-regeneration.
The
result
highlights
that
designed
capable
capturing
total
emitted
from
considered
few
days.
single
unit
reactor
given
here.
Moreover,
can
produce
with
CO2-derived
This
will
be
surely
benefited
emission
reduction,
clean
generation,
development.
International Journal of Hydrogen Energy,
Journal Year:
2024,
Volume and Issue:
78, P. 642 - 661
Published: June 29, 2024
The
transition
to
a
hydrogen-based
economy
presents
promising
solution
the
challenges
posed
by
unsustainable
energy
systems
and
reliance
on
fossil
fuels.
This
comprehensive
review
explores
various
hydrogen
production
methods,
emphasizing
their
technological
advancements,
sustainability
implications,
future
prospects.
Beginning
with
an
overview
of
hydrogen's
significance
as
clean
carrier,
examines
key
methods
such
Steam
Methane
Reforming,
Electrolysis
(Proton
Exchange
Membrane,
alkaline,
solid
oxide),
Biomass
Gasification,
Photoelectrochemical
Water
Splitting,
Thermochemical
Processes.
Each
method
is
scrutinized
for
its
efficiency,
environmental
impact,
scalability,
providing
valuable
insights
into
roles
in
advancing
economy.
highlights
transformative
potential
replace
fuels
due
ability
store
renewable
long-term
zero
emissions.
It
also
discusses
including
high-efficiency
solid-state
electrolysis
advanced
catalysts
water
splitting,
highlighting
avenues
innovation
production.
Additionally,
policy
recommendations
aimed
at
promoting
fostering
collaboration
between
academia,
industry,
governments
are
elucidated.
Through
detailed
analysis
technologies
prospects,
this
contributes
shaping
trajectory
sustainable
systems,
adoption
vector,
underscoring
importance
alternative
sources.
Discover Nano,
Journal Year:
2025,
Volume and Issue:
20(1)
Published: Feb. 11, 2025
Population
growth,
urbanization,
industrialization,
and
increased
socioeconomic
activities
have
escalated
carbon
dioxide
(CO2)
formation
concentration
in
the
atmosphere.
Increased
generation
release
of
CO2
into
atmosphere
exacerbates
global
warming
impedes
environmental
sustainability.
One
strategies
to
combat
unpleasant
impact
is
conversion
useful
products.
This
study
reviews
benefits,
drawbacks,
recommendations
for
effectively
utilizing
conventional,
hybrid,
novel
technologies
converting
energy
chemical
The
deficiencies
noticed
with
chemical,
thermal,
biological,
catalytic
(CTs)
necessitated
use
hybrid
such
as
biochemical,
electrochemical,
photocatalytic,
plasma
chemical.
posits
that
development
deployment
CTs
like
bio-electrochemical,
photo-electrochemical,
artificial
photosynthesis
will
advance
research
domain
revolutionize
product
formation.
transformation
renewable
fuels
methane,
syngas,
C2
products
methanol,
formic
acid,
dimethyl
carbonate,
oxygenates,
formaldehyde,
hydrocarbons
is,
eco-friendly,
reduces
air
pollution,
mitigates
climate
change,
supports
security,
provides
valuable
feedstocks
industries.
recommends
optimization
process
parameters
reactor
design
configurations,
funding,
provision
regulatory
framework
support,
partnerships
among
academia,
industry
players,
government
agencies
achieve
cost
reduction,
reduce
impacts,
drawbacks
associated
CTs.
Biomimetics,
Journal Year:
2024,
Volume and Issue:
9(7), P. 390 - 390
Published: June 26, 2024
This
review
explores
the
extensive
applications
of
plants
in
areas
biomimetics
and
bioinspiration,
highlighting
their
role
developing
sustainable
solutions
across
various
fields
such
as
medicine,
materials
science,
environmental
technology.
Plants
not
only
serve
essential
ecological
functions
but
also
provide
a
rich
source
inspiration
for
innovations
green
nanotechnology,
biomedicine,
architecture.
In
past
decade,
focus
has
shifted
towards
utilizing
plant-based
vegetal
waste
creating
eco-friendly
cost-effective
with
remarkable
properties.
These
are
employed
making
advancements
drug
delivery,
remediation,
production
renewable
energy.
Specifically,
discusses
use
(nano)bionic
capable
detecting
explosives
contaminants,
underscoring
potential
improving
quality
life
even
lifesaving
applications.
The
work
refers
to
architectural
inspirations
drawn
from
plant
world
develop
novel
design
concepts
that
both
functional
aesthetic.
It
elaborates
on
how
engineered
have
been
transformed
into
value-added
through
innovative
applications,
especially
roles
wastewater
treatment
electronic
components.
Moreover,
integration
synthesis
biocompatible
medical
tissue
engineering
scaffolds
artificial
muscles
demonstrates
versatility
capacity
replace
more
traditional
synthetic
materials,
aligning
global
sustainability
goals.
paper
provides
comprehensive
overview
current
uses
living
technological
advancements,
advocating
deeper
exploration
address
pressing
challenges.
Nano-Micro Letters,
Journal Year:
2024,
Volume and Issue:
16(1)
Published: July 11, 2024
Abstract
Long-term
societal
prosperity
depends
on
addressing
the
world’s
energy
and
environmental
problems,
photocatalysis
has
emerged
as
a
viable
remedy.
Improving
efficiency
of
photocatalytic
processes
is
fundamentally
achieved
by
optimizing
effective
utilization
solar
enhancing
efficient
separation
photogenerated
charges.
It
been
demonstrated
that
fabrication
III–V
semiconductor-based
photocatalysts
in
increasing
light
absorption,
long-term
stability,
large-scale
production
promoting
charge
transfer.
This
focused
review
explores
current
developments
semiconductor
materials
for
solar-powered
systems.
The
various
subjects,
including
advancement
semiconductors,
mechanisms,
their
uses
H
2
conversion,
CO
reduction,
remediation,
oxidation
reduction
reactions.
In
order
to
design
heterostructures,
delves
into
basic
concepts
absorption
separation.
also
highlights
significant
advancements
green
systems
water
splitting,
emphasizing
significance
establishing
eco-friendly
hydrogen
production.
main
purpose
produce
through
sustainable
ecologically
friendly
conversion.
intends
foster
development
greener
more
source
encouraging
researchers
developers
focus
practical
applications
photocatalysis.
Reaction Chemistry & Engineering,
Journal Year:
2024,
Volume and Issue:
9(7), P. 1629 - 1640
Published: Jan. 1, 2024
In
this
minireview,
the
recent
advances
and
limitations
of
MOlecular
Solar
Thermal
(MOST)
energy
storage
technology
are
discussed,
including
a
discussion
photoisomerization
catalytic
back-conversion
reactions.
ACS Applied Nano Materials,
Journal Year:
2025,
Volume and Issue:
8(4), P. 1882 - 1892
Published: Jan. 21, 2025
Given
its
multifaceted
important
roles
such
as
aqueous
oxidant,
chemical
platform
for
environmental
remediation,
possible
liquid
fuel,
and
so
on,
environmentally
friendly
approaches
to
produce
hydrogen
peroxide
(H2O2)
are
highly
desirable.
In
this
context,
the
photocatalytic
generation
of
from
water
oxidation
has
emerged
a
promising
method,
phenol–formaldehyde-based
functional
resins
have
been
established
an
excellent
developing
photocatalysts
oxidation.
The
present
work
reports
development
resorcinol–formaldehyde
(RF)
TiO2
(RF/TiO2)
composites
efficient
heterogeneous
production
H2O2
through
synthesis
RF/TiO2
was
accomplished
following
simple
high-temperature
hydrothermal
it
characterized
study
microstructures
optical
properties.
role
optimum
amount
in
improving
activity
resin
by
with
varied
amounts
TiO2.
As
experimentally
established,
prepared
1.1–1.6%
(w/w)
feed
respect
resorcinol
at
temperature
200
°C
under
conditions
were
found
be
most
ones
study.
Out
these
composites,
RF/TiO2-1.2%
RF/TiO2-1.3%
resulted
∼500
∼530
μmol
per
gram
catalyst,
respectively,
upon
5
h
continuous
photoirradiation
experimental
reaction
∼30–35
°C.
It
observed
that
rate
can
enhanced
increasing
temperature.
The Chemical Record,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 3, 2025
Abstract
Electrocatalysis
is
a
crucial
technology
that
will
enable
future
low‐carbon
chemical
production
and
energy
beyond
fossil
fuels.
Notwithstanding
the
intense
growing
research
in
area,
potentialities
of
field
are
largely
unexplored.
We
provide
case
examples
discuss
emerging
possibilities
have
still
not
been
investigated
enough
but
necessary
to
exploit
this
potential
e‐chemistry.
Starting
from
defining
trends
setting
scene,
as
well
clarifying
difference
between
electrochemistry
electrocatalysis,
some
elements
vision
foster
innovation
discussed.
The
aim
stimulate
discussion
reflection
rather
than
review
state‐of‐the‐art.
Aspects
discussed
regard
i)
passing
electro
photoelectrocatalytic
approaches,
ii)
making
chemicals
air,
iii)
exploitation
both
anodic
cathodic
reactions,
tandem/paired
electrocatalytic
iv)
for
selective
oxidation
mediated
synthesis.
Priorities
strategies
an
e‐chemistry
Intensifying
these
directions
extending
still‐too‐limited
current
including
modelling
design,
effort
accelerate
realisation
distributed
