Social Responsibility Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 31, 2024
Purpose
To
analyze
the
integration
of
circular
economy
and
Industry
4.0
in
agtechs
through
lean
people.
Design/methodology/approach
Following
in-depth
interviews
with
key
informants,
data
tabulation
was
performed
via
families
viewpoints
supported
by
primary
elements
mapped
investigated
context.
Findings
The
4.0,
integrated
into
production,
aiming
to
eliminate
waste
maximize
customer
value,
valorization
people
are
fundamental
context
recycling,
reuse
reutilization
materials
not
only
agricultural
sector
but
also,
since
it
is
object
study
this
research.
use
I4.0
technologies
solutions,
such
as
applications,
sensors,
artificial
intelligence
digital
platforms,
allows
for
collection
analysis
real-time
data,
facilitating
decision-making
monitoring
operations.
Research
limitations/implications
research
limitations
may
include
limited
sample
Agtechs
analyzed,
which
might
cover
all
innovations
trends
existing
sector;
information
available
up
date
(April
2023),
reflect
more
recent
developments
field
economy.
Practical
implications
seeks
minimize
resource
use,
promoting
reusing
repurposing
materials.
In
contrast,
refers
application
advanced
intelligence,
internet
things
automation
optimize
productive
processes
make
them
efficient.
Lean
integration,
aims
appreciation
Social
solutions
from
like
apps,
analysis,
addition,
provision
online
consulting
technical
assistance
services
contributes
producer
training
maximization
results.
Originality/value
Significant
benefits
sector,
greater
efficiency,
sustainability,
product
quality,
traceability,
cost
reduction
productivity
increase.
drive
promote
transformation
field.
agtechs,
integrating
production
Water,
Journal Year:
2025,
Volume and Issue:
17(8), P. 1190 - 1190
Published: April 16, 2025
Bisphenol
A
(BPA)
is
an
industrial
chemical
used
primarily
in
the
manufacture
of
polycarbonate
plastics
and
epoxy
resins.
BPA
considered
endocrine-disrupting
(EDC)
because
it
interferes
with
hormonal
systems.
Over
decades,
several
techniques
have
been
proposed
for
removal
wastewaters.
This
study
discusses
recent
advancements
progress
effective
removal,
including
membrane,
adsorption,
advanced
oxidation
process
(AOPs),
biodegradation.
The
mechanisms
adsorption
on
modified
adsorbents
include
pore-filling,
hydrophobic
interactions,
hydrogen
bonding,
electrostatic
interactions.
Among
various
agricultural
waste
adsorbents,
Argan
nut
shell-microporous
carbon
(ANS@H20–120)
exhibited
highest
efficiency
removing
BPA.
Furthermore,
performance
magnetic
treatment
activated
(AC)
regeneration
introduced.
According
to
present
study,
researchers
should
prioritize
waste-based
such
as
ACs,
highly
microporous
carbons,
nanoparticles,
polymers
In
particular,
combination
AOPs
(advanced
oxidations)
regarded
efficient
method
removal.
series
relevant
studies
be
conducted
at
laboratory,
pilot,
scales
optimizing
application
AC
reduce
or
other
refractory
pollutants
from
aqueous
environment.
ChemistrySelect,
Journal Year:
2025,
Volume and Issue:
10(16)
Published: April 1, 2025
Abstract
This
study
explores
the
innovative
synthesis
and
versatile
applications
of
Ca₅(PO₄)₃F@Ca₅P₈
nanocomposites
(NCs),
crafted
from
phosphate
waste
sourced
Djebel
Onk,
Algeria,
advancing
sustainable
material
use
environmental
remediation.
FTIR
analysis
unveiled
distinct
functional
groups,
including
C─H,
P─H,
P─O,
F─Ca,
underscoring
material's
chemical
richness,
while
XRD
revealed
a
crystalline
architecture
blending
hexagonal
(Ca₅(PO₄)₃F)
monoclinic
(Ca₅P₈)
phases,
with
precise
crystallite
size
22.45
±
1.18
nm.
SEM
EDS
showcased
uniform
spherical
particles
averaging
24
nm,
brimming
Ca,
P,
O,
F
elements.
Optical
properties
dazzled
peak
absorption
at
391
direct
indirect
bandgaps
1.62
2.98
eV,
an
Urbach
energy
0.435
signaling
exceptional
UV–visible
capabilities.
Beyond
its
structural
elegance,
nanocomposite
exhibited
remarkable
antioxidant
prowess,
neutralizing
nearly
100%
hydrogen
peroxide,
delivered
striking
photocatalytic
performance,
degrading
99.2%
Evans
Blue
dye
in
just
140
min
(rate
constant
0.01334
−1
).
Antibacterial
assays
further
highlighted
potency,
effectively
combating
S.
aureus
,
C.
albicans
other
microbes.
These
compelling
results
position
NCs
as
multifunctional
powerhouse
for
water
treatment,
photocatalysis,
antibacterial
applications,
paving
way
technological
breakthroughs.
Journal of Agricultural and Food Chemistry,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 24, 2025
Nano
and
microstructured
systems
for
the
controlled
release
of
agricultural
inputs
represent
a
significant
advancement
in
sustainable
agriculture.
These
technologies
enable
encapsulation
nutrients
pesticides,
ensuring
gradual
targeted
delivery
while
reducing
waste
enhancing
plant
absorption.
Biodegradable
materials,
such
as
chitosan
alginate,
offer
eco-friendly
solutions
that
improve
efficiency
under
challenging
conditions,
including
salinity
drought.
Recent
innovations
have
led
to
increased
crop
productivity,
reduced
pesticide
application,
improved
soil
remediation.
For
example,
nanoparticles
can
adsorb
heavy
metals
like
cadmium
lead,
facilitating
restoration
contaminated
soils.
Despite
these
benefits,
challenges
remain,
need
clear
regulatory
frameworks
further
research
on
long-term
ecological
impacts
nanomaterials.
This
review
highlights
critical
role
nano
advancing
sustainability.
By
bridging
technological
innovation
with
practical
applications,
potential
transform
global
farming,
making
it
more
efficient,
resilient,
environmentally
sustainable.
Abstract
The
escalating
global
waste
generation,
driven
by
population
growth,
includes
billions
of
tons
food
annually,
posing
significant
risks
to
human
health
and
the
environment.
This
study
addresses
these
challenges
exploring
sustainable
waste‐to‐energy
solutions,
focusing
on
biogas
hydrogen
production
from
waste.
Anaerobic
digestion
emerges
as
a
promising
technology
for
converting
into
valuable
resources
such
biofuel,
bioenergy,
fertilizers,
providing
an
eco‐friendly
alternative
landfill
disposal.
Additionally,
offers
pathway
cleaner
renewable
energy,
though
it
requires
cost‐effective
approaches
widespread
adoption.
review
presents
comprehensive
analysis
state‐of‐the‐art
technologies,
supported
detailed
techno‐economic
evaluation
their
potential
applications.
Key
findings
include
strategies
optimize
conversion
processes
enhance
efficiency.
concludes
proposing
advancements
current
underscoring
role
in
establishing
energy
framework
contributing
management
solutions.
Nanomaterials,
Journal Year:
2024,
Volume and Issue:
14(15), P. 1249 - 1249
Published: July 25, 2024
The
intensive
applications
of
nanomaterials
in
the
agroecosystem
led
to
creation
several
environmental
problems.
More
efforts
are
needed
discover
new
insights
nanomaterial-microbe-plant
nexus.
This
relationship
has
dimensions,
which
may
include
transport
different
plant
organs,
nanotoxicity
soil
microbes
and
plants,
possible
regulations.
review
focuses
on
challenges
prospects
nexus
under
conditions.
previous
nano-forms
were
selected
this
study
because
rare,
published
articles
such
nanomaterials.
Under
study's
nexus,
more
carbon
nanodot-microbe-plant
discussed
along
with
role
frontier
nano-tellurium-microbe
Transport
organs
applications,
translocation
these
nanoparticles
besides
their
expected
will
be
also
reported
current
study.
Nanotoxicity
plants
was
investigated
by
taking
account
morpho-physiological,
molecular,
biochemical
concerns.
highlights
regulations
a
focus
risk
at
ecological
level
risks
human
health,
scientific
organizational
levels.
opens
many
windows
studies
near
future.
