The
escalating
global
energy
demand
and
the
imperative
to
mitigate
carbon
emissions
have
intensified
pursuit
for
sustainable
solutions,
with
hydrogen
emerging
as
a
pivotal
clean
carrier.
Transition
metal‐based
metal‐organic
frameworks
(MOFs)
garnered
significant
attention
their
potential
in
efficient
production
due
high
surface
area,
tunable
porosity,
versatile
catalytic
properties.
Despite
notable
advancements
MOF
synthesis,
critical
challenges
related
stability,
electrical
conductivity,
scalability
continue
hinder
widespread
application.
This
review
provides
comprehensive
analysis
of
recent
progress
design
synthesis
transition
MOFs,
emphasizing
role
electrocatalytic
photocatalytic
production.
Key
synthetic
strategies
influence
on
performance
are
systematically
discussed,
alongside
identification
existing
limitations
knowledge
gaps.
By
highlighting
these
areas
proposing
pathways
future
research,
this
aims
accelerate
practical
integration
MOFs
into
economy.
Advanced Sustainable Systems,
Год журнала:
2024,
Номер
8(8)
Опубликована: Март 19, 2024
Abstract
2D
MXenes
family
creates
an
interest
in
environmental
cleaning
and
energy
conversion.
It
shows
large
surface
functional
groups,
electronic
transmission,
electrical
conductivity.
This
research
focuses
on
Metal
Organic
Framework‐based
Ti
3
C
2
heterojunctions,
directing
morphology
control,
customizable
structure,
high
performance
‐based
electrocatalytic
devices,
storage
as
a
supercapacitor.
In
addition,
future
development
obstacles
viable
possibilities
are
presented.
MXene
detailed
analysis
reveals
fundamental
study,
structure‐activity
connections,
potential
paths
for
applications.
Specially
developed
MOF/MXene
nanoarchitectures
with
remarkable
features
highlighted
several
study
fields,
including
the
chemical
sciences,
engineering,
physics,
catalysis,
nanotechnology.
They
represent
new
class
of
cutting‐edge
developing
materials.
Mainly,
presented
review
describes
multiple
synthesis
approaches
by
adjusting
conditions
varying
morphologies,
intriguing
properties
can
also
be
electrochemical
conversion
storage.
