DeCarbon,
Journal Year:
2023,
Volume and Issue:
3, P. 100026 - 100026
Published: Oct. 30, 2023
Biomimetic
structures
involve
design
and
fabrication
to
mimic
the
natural
world,
taking
inspiration
from
unique
shapes,
patterns,
functions
of
biological
organisms.
This
approach
has
proven
be
highly
effective
in
building
new
functional
efficient
for
many
applications.
While
it
is
often
challenging
fabricate
some
complex
biomimetic
structures,
development
3D
printing
technologies
recent
years
made
more
feasible,
being
a
powerful
tool
fabricating
with
high
precision
accuracy,
at
much
reduced
use
starting
materials.
In
this
review,
we
will
examine
current
state
fabricated
by
techniques
their
specific
applications
energy
environmental
fields
decarbonization
demand.
The
different
selected
types
that
have
been
constructed
using
printing,
materials
used,
properties
obtained
explored.
Subsequently,
typical
applications,
such
as
supercapacitors,
zinc-air
batteries,
oil/water
separation,
self-cleaning,
water
collection,
droplet
manipulation,
etc.,
discussed.
Finally,
opportunities
rapidly
changing
area
analyzed,
hoping
provide
insights
into
innovative
pathways
3D-printed
can
used
address
challenges
areas.
DeCarbon,
Journal Year:
2023,
Volume and Issue:
3, P. 100026 - 100026
Published: Oct. 30, 2023
Biomimetic
structures
involve
design
and
fabrication
to
mimic
the
natural
world,
taking
inspiration
from
unique
shapes,
patterns,
functions
of
biological
organisms.
This
approach
has
proven
be
highly
effective
in
building
new
functional
efficient
for
many
applications.
While
it
is
often
challenging
fabricate
some
complex
biomimetic
structures,
development
3D
printing
technologies
recent
years
made
more
feasible,
being
a
powerful
tool
fabricating
with
high
precision
accuracy,
at
much
reduced
use
starting
materials.
In
this
review,
we
will
examine
current
state
fabricated
by
techniques
their
specific
applications
energy
environmental
fields
decarbonization
demand.
The
different
selected
types
that
have
been
constructed
using
printing,
materials
used,
properties
obtained
explored.
Subsequently,
typical
applications,
such
as
supercapacitors,
zinc-air
batteries,
oil/water
separation,
self-cleaning,
water
collection,
droplet
manipulation,
etc.,
discussed.
Finally,
opportunities
rapidly
changing
area
analyzed,
hoping
provide
insights
into
innovative
pathways
3D-printed
can
used
address
challenges
areas.