E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
511, P. 01011 - 01011
Published: Jan. 1, 2024
This
research
investigates
the
transformative
potential
of
nanotechnology
in
tending
to
water
refinement
challenges
and
advancing
natural
supportability.
Carbon
nanotubes
graphene
were
synthesized
joined
into
nanostructured
channels,
showing
a
well-defined
arrangement
with
predominant
basic
keenness
affirmed
through
SEM
XRD
investigations.
In
comprehensive
decontamination
tests,
these
channels
showcased
momentous
efficiencies:
overwhelming
metals,
such
as
lead
(Pb)
cadmium
(Cd),
expelled
at
rates
outperforming
98%
97%,
individually;
poison
methylene
blue
displayed
an
amazing
evacuation
productivity
surpassing
99.5%;
microbial
contaminant
Escherichia
coli
was
successfully
killed,
accomplishing
expulsion
effectiveness
99.9%.
Comparative
investigations
related
studies
underscored
competitive
or
prevalent
execution
channels.
Additionally,
life
cycle
appraisal
(LCA)
highlighted
commitment
maintainability,
uncovering
generally
moo
nursery
gas
outflows
(450
kg
CO
2
e),
vitality
utilization
(550
MJ),
asset
consumption
(10
kg)
filters’
whole
cycle.
The
inventive
integration
treatment
techniques
exhibits
for
effective,
feasible,
intriguing
approaches,
laying
establishment
advancement
progressed
innovations
fundamental
worldwide
resource
conservation.
Plants,
Journal Year:
2025,
Volume and Issue:
14(5), P. 716 - 716
Published: Feb. 26, 2025
Nanotechnology
has
emerged
as
a
transformative
field
in
agriculture,
offering
innovative
solutions
to
enhance
plant
growth
and
resilience
against
abiotic
stresses.
This
review
explores
the
diverse
applications
of
nanomaterials
focusing
on
their
role
promoting
development
improving
tolerance
drought,
salinity,
heavy
metals,
temperature
fluctuations.
The
method
classifies
commonly
employed
sciences
examines
unique
physicochemical
properties
that
facilitate
interactions
with
plants.
Key
mechanisms
nanomaterial
uptake,
transport,
influence
plants
at
cellular
molecular
levels
are
outlined,
emphasizing
effects
nutrient
absorption,
photosynthetic
efficiency,
overall
biomass
production.
basis
stress
is
examined,
highlighting
nanomaterial-induced
regulation
reactive
oxygen
species,
antioxidant
activity,
gene
expression,
hormonal
balance.
Furthermore,
this
addresses
environmental
health
implications
nanomaterials,
sustainable
eco-friendly
approaches
mitigate
potential
risks.
integration
nanotechnology
precision
agriculture
smart
technologies
promises
revolutionize
agricultural
practices.
provides
valuable
insights
into
future
directions
R&D,
paving
way
for
more
resilient
system.
ACS Agricultural Science & Technology,
Journal Year:
2024,
Volume and Issue:
4(2), P. 144 - 172
Published: Jan. 8, 2024
In
precision
agriculture,
nanotechnology
has
made
significant
contributions
to
the
development
of
a
smart
cropping
system
through
support
unique
properties
nanomaterials.
Of
various
nanomaterials,
porous
nanomaterials
have
an
outstanding
performance
in
building
sustainable
delivery
for
agrochemicals.
pesticide
delivery,
amorphous
silica
are
considered
as
some
most
suitable
options
because
their
easy
synthesis
processes,
nontoxic
nature,
structural
variation,
tunable
structure,
physical
and
chemical
stability,
ease
surface
functionality.
So
far,
multiple
roles
these
materials
been
discussed
literature;
however,
influence
structure
variations
toward
developing
was
not
clear.
A
comprehensive
review
compatibility
among
nanocarriers
molecules
is
also
lacking.
Thus,
this
discusses
progress
nanomaterial
synthesis,
modification
effective
different
pesticides
explore
potential
carriers.
Materials,
Journal Year:
2022,
Volume and Issue:
15(6), P. 2207 - 2207
Published: March 17, 2022
Prochloraz
(Pro)
controlled-release
nanoparticles
(NPs)
based
on
bimodal
mesoporous
silica
(BMMs)
with
redox
and
pH
dual
responses
were
successfully
prepared
in
this
study.
BMMs
was
modified
by
a
silane
coupling
agent
containing
disulfide
bond,
β-cyclodextrin
(β-CD)
grafted
the
surface
of
NPs
through
host-guest
interaction.
Pro
encapsulated
into
pores
physical
adsorption.
had
spherical
structure,
their
average
diameter
546.4
±
3.0
nm
as
measured
dynamic
light
scattering.
The
loading
rate
28.3%,
it
achieved
excellent
pH/redox
dual-responsive
release
performance
under
acidic
conditions.
Foliage
adhesion
tests
tomato
leaves
showed
that
good
properties
compared
to
commercial
formulation.
Owing
protection
nanocarrier,
became
more
stable
ultraviolet
high
temperature,
which
improves
efficient
utilization
Pro.
Biological
activity
exhibited
effective
antifungal
activity,
benign
biosafety
nanocarrier
also
observed
toxicology
cell
viability
growth
Escherichiacoli
(E.
coli).
This
work
provides
promising
approach
improving
pesticides
reducing
environmental
pollution.
