Chemistry - An Asian Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 28, 2024
Human
production
and
living
processes
emit
excessive
VOCs
into
the
atmosphere,
posing
significant
threats
to
both
human
health
environment.
The
photothermal
catalytic
oxidation
process
is
an
organic
combination
of
photocatalysis
thermocatalysis.
Utilizing
degradation
can
achieve
better
activity
at
lower
temperatures,
resulting
in
more
rapid
thorough
these
compounds.
Photothermal
catalysis
has
been
increasingly
applied
treatment
atmospheric
due
its
many
advantages.
A
brief
introduction
on
three
modes
presented.
Depending
main
driving
force
reactions,
they
be
categorized
thermal-assisted
(TAPC),
photo-assisted
thermal
(PATC)
photo-driven
(PDTC).
commonly
used
catalyst
design
methods
reactor
types
for
are
also
briefly
introduced.
This
paper
then
focuses
recent
developments
specific
applications
different
their
corresponding
principles.
Finally,
problems
challenges
facing
VOC
through
this
method
summarized,
along
with
prospects
future
research.
ACS ES&T Engineering,
Journal Year:
2024,
Volume and Issue:
4(6), P. 1346 - 1355
Published: March 7, 2024
The
catalytic
oxidation
technology
has
been
extensively
employed
for
the
control
of
air
pollution
caused
by
large
emissions
volatile
organic
compounds
(VOCs).
However,
compared
with
widespread
research
on
single-component
VOC
elimination
over
supported
Pd
catalysts,
miscellaneous
VOCs
simultaneously
and
revelation
their
mutual
influence
still
need
to
be
solved
eagerly.
Herein,
a
different
from
inhibition
or
promotion
was
revealed
during
typical
mixture
(toluene
acetone)
degradation
metal–organic
frameworks-derived
Pd/ZrO2
catalysts
series
experiments
characterizations.
results
showed
that
an
antagonism
effect
observed
between
toluene
acetone
degradation;
namely,
suppressed
oxidation,
whereas
did
not
inhibit
but
promoted
its
weakly.
mechanism
proposed
in
which
competitive
adsorption
inhibited
occurrence
polymerization
reaction
form
mesityl
oxide
(MSO)
at
low
temperatures,
induced
release
surface-active
sites
enhance
oxidation.
polarity
molecules
strong
catalyst
surface,
greatly
ring-opening
generate
maleic
anhydride,
weakening
degradation.
This
work
provides
guidance
design
multicomponent
elimination.
ChemSusChem,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 4, 2024
Abstract
Electrocatalytic
water
splitting
shows
great
potential
for
producing
clean
and
green
hydrogen,
but
it
is
hindered
by
slow
reaction
kinetics.
Advanced
electrocatalysts
are
needed
to
lower
the
energy
barriers.
The
establishment
of
built‐in
electric
fields
(BIEF)
in
heterointerfaces
has
been
found
be
beneficial
speeding
up
electron
transfer,
increasing
electrical
conductivity,
adjusting
local
environment,
optimizing
chemisorption
with
intermediates.
Engineering
modifying
BIEF
heterojunctions
offer
significant
opportunities
enhance
electronic
properties
catalysts,
thus
improving
This
comprehensive
review
focuses
on
latest
advances
engineering
heterojunction
catalysts
efficient
electrolysis.
It
highlights
fundamentals,
engineering,
modification,
characterization,
application
electrocatalytic
splitting.
also
discusses
challenges
future
prospects
engineering.
Overall,
this
provides
a
thorough
examination
next
generation
electrolysis
devices.
Advanced Materials,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 9, 2025
Thermocatalytic
recycling
of
plastics
is
typically
constrained
by
high
energy
input
requirements,
resulting
in
poor
economic
efficiency
and
necessitating
the
utilization
light
power.
Indeed,
photothermal
catalysis
offers
several
advantages
over
traditional
photocatalysis
enables
more
efficient
use
energy.
In
this
study,
unique
octahedral
spinel-structured
cobalt
manganese
oxide
(CoMn2O4)
catalysts
are
prepared.
CoMn2O4
acts
as
both
a
reagent
catalyst,
demonstrating
low
intensity
conversion
rates,
enhanced
reactivity,
superior
stability
during
polyethylene
terephthalate
(PET)
glycolysis
via
photothermocatalysis.
Oxygen
vacancies
created
on
facilitate
PET
providing
reactive
sites
that
promote
nucleophilic
addition
subsequent
elimination
reactions.
The
spinel
structure
ensures
thermal
stability,
while
configuration
enhances
optical
absorption
coefficient
efficiency.
Under
identical
conditions,
3.1
times
higher
than
under
purely
maintaining
selectivity
for
high-value
monomers.
This
study
presents
new
catalyst
design
approach
highly
upcycling
plastics,
highlighting
its
substantial
potential
field.
Small,
Journal Year:
2024,
Volume and Issue:
20(33)
Published: March 29, 2024
Designing
a
reasonable
heterojunction
is
an
efficient
path
to
improve
the
separation
of
photogenerated
charges
and
enhance
photocatalytic
activity.
In
this
study,
Cu
Langmuir,
Journal Year:
2024,
Volume and Issue:
40(26), P. 13446 - 13457
Published: June 15, 2024
Efficient
charge
carrier
transport
characteristics
are
critical
to
achieving
the
excellent
performance
of
metal-oxide
semiconductor
gas
sensors.
Herein,
SnO
