Resources Chemicals and Materials,
Год журнала:
2024,
Номер
3(2), С. 123 - 145
Опубликована: Янв. 5, 2024
Recently,
the
challenges
pertaining
to
recycling
of
metal-based
electrode
materials
and
resulting
environmental
pollution
have
impeded
advancement
battery
technology.
Consequently,
biomass-derived
carbon
materials,
distinguished
by
their
eco-friendliness
consistent
performance,
stand
as
a
pivotal
solution
this
predicament.
Researchers
made
significant
strides
in
integration
porous
derived
from
biomass
into
systems.
Nevertheless,
these
face
issues
such
limited
efficiency,
modest
yields,
complex
fabrication
process.
This
paper
endeavors
summarize
recent
advancements
utilization
within
realm
batteries,
offering
comprehensive
examination
performance
three
distinct
perspectives:
synthesis,
structure,
application.
We
posit
that
composite
composed
align
with
trajectory
future
development
present
extensive
potential
for
Ultimately,
we
will
expound
upon
our
profound
outlook
regarding
furtherance
materials.
Batteries,
Год журнала:
2024,
Номер
10(5), С. 144 - 144
Опубликована: Апрель 24, 2024
Highly
portable
nanoelectronics
and
large-scale
electronics
rely
on
lithium-ion
batteries
(LIBs)
as
the
most
reliable
energy
storage
technology.
This
method
is
thought
to
be
both
environmentally
friendly
cost-effective.
We
provide
a
study
of
low-cost,
abundant,
renewable
supply
carbon-based
biomass
with
potential
uses
in
LIBs.
Renewable
feedstocks
have
received
significant
attention
recent
decades
promising
tools
for
efficient
alternative
anode
materials
Researchers
can
synthesise
carbon-rich
biochar
through
pyrolytic
process
biomass.
Depending
synthetic
process,
precise
surface
chemistry,
textural
qualities
such
specific
area
porosity,
this
material
customised
favour
application-specific
properties
preferred
application.
In
research,
we
look
at
performance
LIBs,
its
properties,
supply,
discuss
prospects
these
biomass-derived
devices.
Chemosphere,
Год журнала:
2025,
Номер
375, С. 144252 - 144252
Опубликована: Фев. 27, 2025
Increase
in
the
antibiotic's
usage
and
mis-management
antibiotics'
disposal
has
led
to
occurrence
of
antibiotic
residues
surface
water
bodies.
These
may
pose
considerable
risks
human
as
well
aquatic
organisms
owing
enhancement
antimicrobial
resistance
among
microbes.
Hence,
precautionary
measures
are
need
hour
curtail
compounds
water.
In
addition,
rampant
burning
agricultural
waste
India
causes
air
pollution.
Considering
this,
a
novel
adsorbent
been
developed
from
biomass,
viz.
wheat
straw
(WS),
through
calcination
(CWS),
followed
by
chemical
activation
(AWS).
adsorbents
were
employed
for
removal
ciprofloxacin
(CIP)
Removal
efficiency
90%
(for
CWS)
98%
AWS)
could
be
achieved
at
neutral
pH
room
temperature
conditions.
The
maximum
adsorption
capacity
on
synthesized
was
evaluated
14.51
mg
g-1.
Experimental
findings
further
explored
get
insights
isotherm,
kinetics,
thermodynamics
involved
process.
It
found
that
Langmuir
model
(with
R2
value
0.985)
provided
better
fit
than
other
isotherm
models.
Kinetics
thermodynamic
studies
revealed
process
pseudo
second
order
linear
kinetic
0.999)
with
endothermic
spontaneous
sorption
adsorbent.
Thus,
suitably
used
antibiotics
