Journal of Industrial Textiles,
Год журнала:
2024,
Номер
54
Опубликована: Янв. 1, 2024
There
is
still
a
lot
of
research
space
and
market
demand
for
lightweight,
heat-insulating,
EMI-shielding
construction
materials.
This
paper
develops
compares
the
thermal
insulation,
ohmic
heating
effect,
EMI
shielding
properties
kind
multifunctional
sandwich
material
with
“ROTIS”
“FLAT”
structures.
The
ROTIS-structured
sample
exhibits
slightly
higher
conductivity
than
FLAT-structured
sample,
owing
to
its
lower
volume
porosity
plated
copper
content
per
unit
area.
Since
ROTIS
technology
allows
significant
increase
in
thickness
thinner
raw
materials,
this
structure
an
insulation
Also,
samples
structures
have
better
effect
FLAT
because
active
layer
has
more
area,
while
less
resistance.
Unsatisfactorily,
show
electromagnetic
effectiveness
at
1-1.5
GHz,
which
mainly
due
their
reduced
porosity.
In
conclusion,
materials
that
exhibit
excellent
shielding,
properties,
making
them
suitable
use
as
building
demanding
indoor
temperatures
environments.
Earth and planetary insights.,
Год журнала:
2024,
Номер
1(1), С. 23 - 36
Опубликована: Июль 7, 2024
This
study
explores
the
impact
of
digital
technology
adoption
on
carbon
footprint
SMEs.
Utilizing
a
framework
aligned
with
ISO
Standard
14040
for
Life
Cycle
Assessment,
research
evaluates
how
different
levels
maturity
Portuguese
Ornamental
Stone
SMEs
influence
KPIs
related
to
energy
efficiency,
production
quality,
material
utilization,
and
emissions.
Companies
are
categorized
by
their
Digital
Rank,
ranging
from
DR#0
(no
digitalization)
DR#4
(advanced
integration).
The
findings
indicate
that
higher
associated
significant
environmental
operational
benefits.
For
instance,
companies
at
level
achieve
35.1%
reduction
in
emissions
per
unit
output
compared
those
DR#0.
Additionally,
these
show
substantial
improvements
producing
more
units
kWh
enhanced
raw
yield,
minimizing
waste
optimizing
resource
use.
results
underscore
transformative
potential
technologies
promoting
sustainability
efficiency.
integrate
advanced
tools
not
only
reduce
but
also
improve
competitiveness
productivity.
highlights
necessity
comprehensive
approach
transformation,
encompassing
technological
investments,
organizational
change,
process
optimization.
provides
actionable
insights
policymakers,
industry
leaders,
leveraging
goals.
It
emphasizes
critical
role
digitalization
supporting
global
transition
low-carbon
economy.
suggests
avenues
future
explore
further
integrated
strategies
long-term
impacts
sustainability.
Energies,
Год журнала:
2024,
Номер
17(23), С. 5862 - 5862
Опубликована: Ноя. 22, 2024
Buildings
consume
10%
of
global
energy
and
50%
electricity
for
heating
cooling.
Transitioning
to
energy-efficient
buildings
is
essential
address
the
challenge
meet
sustainable
development
goals
(SDGs)
limit
temperature
rise
below
1.5
°C.
The
shift
from
traditional
smart
grids
has
led
micro,
milli,
nanogrids,
which
share
resources
symbiotically
balance
heating/cooling
demands
dealing
with
acute
doldrums
(dunkelflaute).
This
scoping
review
explores
methods
by
phase
change
materials
(PCMs)
can
be
used
in
residential
form
a
nanogrid.
examines
components
concepts
that
promote
seamless
integration
PCMs
houses.
It
also
discusses
key
challenges
(e.g.,
scalability,
stability,
economic
feasibility
high
summer
temperatures),
proposing
community-scale
network
nanogrids
(NoN)
potential
thermochromic
photochromic
materials.
findings
this
highlight
importance
latent
heat
storage
ingenious
grid
architectures
such
as
construct
resilient
houses
future
thereby
offer
practical
insights
policymakers
industries
sector.
Journal of Industrial Textiles,
Год журнала:
2024,
Номер
54
Опубликована: Янв. 1, 2024
There
is
still
a
lot
of
research
space
and
market
demand
for
lightweight,
heat-insulating,
EMI-shielding
construction
materials.
This
paper
develops
compares
the
thermal
insulation,
ohmic
heating
effect,
EMI
shielding
properties
kind
multifunctional
sandwich
material
with
“ROTIS”
“FLAT”
structures.
The
ROTIS-structured
sample
exhibits
slightly
higher
conductivity
than
FLAT-structured
sample,
owing
to
its
lower
volume
porosity
plated
copper
content
per
unit
area.
Since
ROTIS
technology
allows
significant
increase
in
thickness
thinner
raw
materials,
this
structure
an
insulation
Also,
samples
structures
have
better
effect
FLAT
because
active
layer
has
more
area,
while
less
resistance.
Unsatisfactorily,
show
electromagnetic
effectiveness
at
1-1.5
GHz,
which
mainly
due
their
reduced
porosity.
In
conclusion,
materials
that
exhibit
excellent
shielding,
properties,
making
them
suitable
use
as
building
demanding
indoor
temperatures
environments.
