Sustainability,
Год журнала:
2022,
Номер
14(22), С. 14698 - 14698
Опубликована: Ноя. 8, 2022
Currently,
the
population
is
experiencing
severe
water
stress
mainly
due
to
high
consumption
by
industries.
Food
and
beverage
processing
consumes
up
90%
of
freshwater,
resulting
in
large
volumes
wastewater
that
often
treated
with
complex,
costly
environmentally
damaging
processes.
The
purpose
this
study
perform
first
bibliometric
analysis
evaluate
discuss
evolution
use
friendly
technologies
for
treatment
food
plants.
A
total
606
documents
published
August
2022
were
retrieved
from
Scopus.
Data
manually
standardized.
VOSviewer
version
1.5.18
Bibliometrix
4.0.0
used
scientific
mapping
indicators
quantity,
quality
structure.
Scientific
production
growing
exponentially
factors
such
as
strict
environmental
policies
increased
awareness.
average
number
authors
per
document
4.056
prolific
field
have
not
yet
been
defined.
contribution
countries
(led
United
States
104
documents)
was
associated
their
gross
domestic
product
(GDP),
level
trade
industrialization.
Likewise,
institutions
China
(third
place
70
highest
field.
On
other
hand,
most
journals
where
are
according
different
metrics.
According
influential
articles,
frequency
keywords
dynamics
over
time,
microalgae,
microorganisms
plants
effluents
generated
during
main
trend.
processes
also
focus
on
recovery
or
recycling
compounds
interest
phosphorus,
nitrogen
carbon
contribute
circular
economy.
Abstract
Sonochemistry
is
the
use
of
ultrasonic
waves
in
an
aqueous
medium,
to
generate
acoustic
cavitation.
In
this
context,
sonochemistry
emerged
as
a
focal
point
over
past
few
decades,
starting
manageable
process
such
cleaning
technique.
Now,
it
found
wide
range
applications
across
various
chemical,
physical,
and
biological
processes,
creating
opportunities
for
analysis
between
these
processes.
powerful
eco‐friendly
technique
often
called
“green
chemistry”
less
energy
use,
toxic
reagents,
residues
generation.
It
increasing
number
achieved
through
irradiation
(USI)
method.
has
been
established
sustainable
cost‐effective
alternative
compared
traditional
industrial
methods.
promotes
scientific
social
well‐being,
offering
non‐destructive
advantages,
including
rapid
improved
efficiency,
enhanced
product
quality,
and,
some
cases,
retention
key
characteristics.
This
versatile
technology
significantly
contributed
food
industry,
materials
technology,
environmental
remediation,
research.
review
created
with
enthusiasm
focus
on
shedding
light
manifold
sonochemistry.
delves
into
technique‘s
evolution
current
cleaning,
microfluidic,
biological,
medical
fields.
The
purpose
show
physicochemical
effects
characteristics
cavitation
different
processes
fields
demonstrate
extending
application
reach
Also
provide
insights
prospects
demonstrating
that
adapting
system
able
more
efficient
products
or
Frontiers of Environmental Science & Engineering,
Год журнала:
2024,
Номер
18(6)
Опубликована: Март 20, 2024
Abstract
The
“dual-carbon”
strategy
promotes
the
development
of
wastewater
treatment
sector
and
is
an
important
tool
for
leading
science
technology
innovations.
Based
on
global
climate
change
new
policies
introduced
by
China,
this
paper
described
needs
technology.
It
offered
a
retrospective
analysis
historical
trajectory
scientific
technological
advancements
in
field.
Utilizing
bibliometrics,
it
delineated
research
hotspots
within
treatment,
notably
highlighting
materials
genomics,
artificial
intelligence,
synthetic
biology.
Furthermore,
posited
that,
future,
field
should
follow
paths
innovations
with
multi-dimensional
needs,
such
as
carbon
reduction,
pollution
health,
standardisation,
intellectualisation.
purpose
was
to
provide
references
suggestions
contribute
common
endeavor
moving
toward
Pollution-Free
Planet.
Heliyon,
Год журнала:
2025,
Номер
11(2), С. e41662 - e41662
Опубликована: Янв. 1, 2025
While
CuS/TiO₂
has
been
previously
synthesized
and
employed
in
a
limited
number
of
photodegradation
studies,
the
current
study
investigated
its
effectiveness
for
TC
degradation
under
UV-visible
light
irradiation.
CuS
is
known
to
be
nontoxic,
environmentally
friendly
material;
hence,
it
great
potential
as
an
alternative
CdS
CdSe,
which
are
used
conventionally
sensitizers.
In
this
work,
photocatalysts
achieved
maximum
95
%
removal
at
initial
concentration
20
ppm,
confirming
good
utilization
active
sites.
Even
though
efficiency
decreased
higher
concentrations
due
saturation
sites,
values
quantum
yield
showed
that
photon
was
still
effective.
Consequently,
photocatalyst
optimum
0.20
g,
further
addition
increased
rather
insignificantly.
near-complete
mineralization
by
composite
with
few
byproducts,
reusability
excellent
because
almost
consistent
performance
successive
cycles.
These
results
confirm
continuous
relevance
practical,
sustainable
solution
organic
pollutant
degradation,
reinforcing
value
environmental
remediation
applications.
Sustainability,
Год журнала:
2023,
Номер
15(14), С. 11340 - 11340
Опубликована: Июль 20, 2023
This
study
conducts
a
scientometric
review
on
the
use
of
geopolymer
mortar
and
composites
in
different
construction
applications.
It
aims
to
analyze
findings
past
research
reveal
constituents,
development
trends,
knowledge
gaps.
The
Scopus
database
was
employed
retrieve
relevant
publications,
while
Bibliometrix
used
conduct
statistical
analyses.
Results
revealed
steady
gradual
increase
number
publications
after
2013,
as
annual
growth
rate
increased
from
23.9%
45.2%
between
timeframes
2003–2013
2014–2022,
respectively.
analysis
highlighted
that
many
authors
collaborated
applications
geopolymers
regardless
geographic
location.
Meanwhile,
Construction
Building
Materials,
China,
Universiti
Malaysia
Perlis
were
found
be
predominant
journal,
country,
institution,
showed
most
frequently
investigated
for
mortars
fire
resistance,
corrosion
protection,
repair.
Research
gaps
other
are
not
well
despite
promising
performance
composites,
including
3D
printing,
heavy
metals
absorption,
environmental
underwater
Future
is
required
assess
alumina
silica-rich
binders
also
exploring
their
lifecycle
assessment
economic
impact.
Frontiers in Bioengineering and Biotechnology,
Год журнала:
2023,
Номер
11
Опубликована: Янв. 19, 2023
Background:
Artificial
muscles
are
an
active
research
area
now.
Methods:
A
bibliometric
analysis
was
performed
to
evaluate
the
development
of
artificial
based
on
papers
and
patents.
detailed
overview
muscles'
scientific
technological
innovation
presented
from
aspects
productive
countries/regions,
institutions,
journals,
researchers,
highly
cited
papers,
emerging
topics.
Results:
1,743
1,925
patents
were
identified
after
retrieval
in
Science
Citation
Index-Expanded
(SCI-E)
Derwent
Innovations
Index
(DII).
The
results
show
that
China,
United
States,
Japan
leading
muscles.
University
Wollongong
has
most
publications
Spinks
is
author
muscle
research.
Smart
Materials
Structures
journal
this
field.
science,
mechanical
automation,
robotics
three
fields
related
most.
Types
like
pneumatic
(PAMs)
dielectric
elastomer
actuator
(DEA)
maturing.
Shape
memory
alloy
(SMA),
carbon
nanotubes
(CNTs),
graphene,
other
novel
materials
have
shown
promising
applications
Conclusion:
Along
with
new
processes,
researchers
paying
more
attention
performance
improvement
cost
reduction
Journal of Materials Chemistry A,
Год журнала:
2024,
Номер
12(10), С. 6014 - 6027
Опубликована: Янв. 1, 2024
High
pressure
wet
ball
milling
and
thermal
polycondensation
are
used
to
prepare
W-doped
O-bridge
carbon
nitride
(WOCN)
for
the
rapid
catalytic
degradation
of
antibiotic
rifampicin
(RIF).
