Smart Cities,
Journal Year:
2022,
Volume and Issue:
5(2), P. 668 - 699
Published: May 20, 2022
This
review
study
attempts
to
summarize
available
energy
storage
systems
in
order
accelerate
the
adoption
of
renewable
energy.
Inefficient
have
been
shown
function
as
a
deterrent
implementation
sustainable
development.
It
is
therefore
critical
conduct
thorough
examination
existing
and
soon-to-be-developed
technologies.
Various
scholarly
publications
fields
reviewed
summarized.
Data
themes
further
highlighted
with
use
appropriate
figures
tables.
Case
studies
examples
major
projects
also
researched
gain
better
understanding
technologies
evaluated.
An
insightful
analysis
present
other
possible
innovations
discovered
suitable
literature
illustrations.
report
emphasizes
necessity
for
an
efficient
system
if
be
widely
adopted.
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(14), P. 8285 - 8285
Published: July 6, 2022
Nowadays,
the
combustion
of
fossil
fuels
for
transportation
has
a
major
negative
impact
on
environment.
All
nations
are
concerned
with
environmental
safety
and
regulation
pollution,
motivating
researchers
across
world
to
find
an
alternate
fuel.
The
transition
sector
towards
sustainability
can
be
achieved
by
manifestation
commercialization
clean
hydrogen
Hydrogen
fuel
sustainable
mobility
its
own
effectiveness
in
terms
generation
refueling
processes.
As
requirement
vehicles
cannot
anticipated
because
it
depends
utilization,
choosing
onboard
point
concern.
This
review
article
describes
present
status
utilization
particular
focus
industry.
advantages
internal
discussed.
In
performance,
affordability,
lifetime,
hydrogen-generating
subsystems
must
compete
what
automobile
manufacturers
consumers
have
seen
modern
date.
engines,
various
benefits
combustive
properties,
but
needs
careful
engine
design
avoid
anomalous
combustion,
which
is
difficulty
engines.
Automobile
makers
buyers
will
not
invest
cell
technology
until
technologies
that
make
up
components
advanced
acceptable
levels
cost,
reliability,
durability,
safety.
Above
all,
substantial
advancement
stack
required.
Alexandria Engineering Journal,
Journal Year:
2024,
Volume and Issue:
100, P. 182 - 207
Published: May 21, 2024
The
demand
for
fossil
fuels
is
rising
rapidly,
leading
to
increased
greenhouse
gas
emissions.
Hydrogen
has
emerged
as
a
promising
clean
energy
alternative
that
could
help
meet
future
demands
way
sustainably,
especially
if
produced
using
renewable
methods.
For
hydrogen
meaningfully
contribute
transitions,
it
needs
more
integration
into
sectors
like
transportation,
buildings,
and
power
currently
have
minimal
usage.
This
requires
developing
extensive
cross-sector
infrastructure.
review
examines
combustion
fuel
by
exploring
comparing
production
techniques,
enriching
ammonia
with
CO2-free
option,
applications
in
engines.
Additionally,
techno-economic
environmental
risk
analysis
discussed.
Results
showed
steam
methane
reforming
the
most
established
cost-effective
method
at
$1.3–1.5/kg
H2
70–85%
efficiency
but
generates
CO2.
Biomass
gasification
costs
$1.25–2.20/kg
pyrolysis
$1.77–2.05/kg
offering
options.
However,
bio-photolysis
high
of
$1.42–2.13/kg
due
low
conversion
rates
requiring
large
reactors.
Blending
H2/NH3
enable
carbon-free
combustion,
aiding
carbon
neutrality
pursuits,
minimizing
resultant
NOx
crucial.
Hydrogen's
wide
uses
from
transportation
underline
its
potential
transformational
carrier.
Energies,
Journal Year:
2024,
Volume and Issue:
17(4), P. 807 - 807
Published: Feb. 8, 2024
This
perspective
article
delves
into
the
critical
role
of
hydrogen
as
a
sustainable
energy
carrier
in
context
ongoing
global
transition.
Hydrogen,
with
its
potential
to
decarbonize
various
sectors,
has
emerged
key
player
achieving
decarbonization
and
sustainability
goals.
provides
an
overview
current
state
technology,
production
methods,
applications
across
diverse
industries.
By
exploring
challenges
opportunities
associated
integration,
we
aim
shed
light
on
pathways
toward
economy.
Additionally,
underscores
need
for
collaborative
efforts
among
policymakers,
industries,
researchers
overcome
existing
hurdles
unlock
full
transition
low-carbon
future.
Through
balanced
analysis
present
landscape
future
prospects,
this
aims
contribute
valuable
insights
discourse
surrounding
hydrogen’s
Nano Futures,
Journal Year:
2024,
Volume and Issue:
8(3), P. 032001 - 032001
Published: March 22, 2024
Abstract
The
dissemination
of
sensors
is
key
to
realizing
a
sustainable,
‘intelligent’
world,
where
everyday
objects
and
environments
are
equipped
with
sensing
capabilities
advance
the
sustainability
quality
our
lives—e.g.
via
smart
homes,
cities,
healthcare,
logistics,
Industry
4.0,
precision
agriculture.
realization
full
potential
these
applications
critically
depends
on
availability
easy-to-make,
low-cost
sensor
technologies.
Sensors
based
printable
electronic
materials
offer
ideal
platform:
they
can
be
fabricated
through
simple
methods
(e.g.
printing
coating)
compatible
high-throughput
roll-to-roll
processing.
Moreover,
often
allow
fabrication
flexible/stretchable/biodegradable
substrates,
thereby
enabling
deployment
in
unconventional
settings.
Fulfilling
promise
for
will
require
device
innovations
enhance
their
ability
transduce
external
stimuli—light,
ionizing
radiation,
pressure,
strain,
force,
temperature,
gas,
vapours,
humidity,
other
chemical
biological
analytes.
This
Roadmap
brings
together
viewpoints
experts
various
materials—and
devices
thereof—to
provide
insights
into
status
outlook
field.
Alongside
recent
innovations,
roadmap
discusses
outstanding
challenges
pertaining
each
technology.
Finally,
points
promising
directions
overcome
thus
enable
ubiquitous
world.
