Spatiotemporal Dynamics and Influencing Factors of Wood Consumption in China’s Construction Industry
Buildings,
Journal Year:
2025,
Volume and Issue:
15(6), P. 917 - 917
Published: March 14, 2025
Wood
is
a
natural
and
high-quality
material
for
green
low-carbon
buildings,
it
increasingly
winning
the
favor
of
architects
consumers
against
background
“dual
carbon”.
Exploring
current
characteristics
trends
wood
consumption
in
construction
industry
(WCCI)
identifying
its
influencing
factors
are
great
value
scientific
management
WCCI
improvement
comprehensive
utilization
efficiency
industry.
In
this
study,
Boston
Consulting
Group
Matrix
Geodetector
were
used
combination
empirical
analysis
China
from
2000
to
2021.
It
found
that
changes
present
diversified
trend
with
significant
regional
differences.
The
market
at
provincial
scale
divided
into
star,
lost,
potential,
marginal
spaces.
has
very
complex
their
mechanisms
action,
interaction
factor
pairs
manifested
as
bifactor
enhancement
nonlinear
enhancement.
This
study
provides
application
rational
planning
resource
pushing
buildings
future,
inspires
government
pay
more
attention
design
spatial
policies
rather
than
policy
combinations
individual
policies.
addition,
under
ecological
civilization,
necessary
escape
set
pattern
force
use
constraint
non-wood
building
materials
(such
glass,
aluminum,
steel,
cement,
other
high-carbon
energy-intensive
materials).
Language: Английский
Automated recognition of contaminated construction and demolition wood waste using deep learning
Resources Conservation and Recycling,
Journal Year:
2025,
Volume and Issue:
219, P. 108278 - 108278
Published: April 4, 2025
Language: Английский
Hurdles to a Circular Built Environment: A Look at the Economic and Market Barriers
Buildings,
Journal Year:
2025,
Volume and Issue:
15(8), P. 1332 - 1332
Published: April 17, 2025
The
circular
economy
is
considered
the
best
principle
through
which
sustainable
practices
may
be
established.
Mineral
exhaustion,
decarbonisation,
and
waste
elimination
can
all
addressed
a
economy.
built
environment
one
of
largest
producers
significant
user
materials
such
as
concrete
steel.
However,
there
are
considerable
barriers
to
adoption
objective
study
was
identify,
examine,
comprehend
main
challenges
that
impede
implementation
scaling
within
environment.
As
part
CircularB
network,
questionnaire
launched
in
2024
gather
opinions
on
technical,
political,
regulatory,
cultural,
societal,
economic,
market
from
professionals.
This
paper
focuses
economic
barriers,
were
recognised
most
important
according
insights
270
respondents.
hurdles
investigated
include
extra
costs
building
insurance,
inadequate
collaboration,
linear
public
procurement,
unwillingness
take
back
used
components,
low
awareness
exchange
marketplaces,
disconnection
due
transport
distances.
Addressing
these
plays
crucial
role
advancing
environment,
stakeholders
must
explore
solutions
overcome
them.
Language: Английский
Environmental Benefits of Fluorogypsum Reuse in the Production of Construction Materials
Buildings,
Journal Year:
2024,
Volume and Issue:
14(11), P. 3618 - 3618
Published: Nov. 14, 2024
Fluorohypsum
is
a
solid,
large-tonnage
waste
generated
during
the
production
of
hydrofluoric
acid.
The
volume
accumulated
in
world
hundreds
millions
tons,
which
makes
its
utilization
an
increasingly
urgent
task.
This
article
presents
results
research
aimed
at
use
fluorohypsum
as
component
building
materials.
On
basis
obtained
data,
technological
scheme
manufacturing
products
based
on
anhydrite
binder
developed.
It
was
established
that
introduction
specialized
additives
into
gypsum–anhydrite
mixtures
significantly
increases
bond
strength
with
base
(up
to
four
times).
mixture
gypsum
and
75/25
arrangement
provides
tensile
up
4.3
MPa
bending
1.8
MPa,
exceeds
similar
indicators
for
traditional
An
economic
analysis
has
shown
20–25%
reduction
cost
composite
compared
natural
gypsum,
savings
these
materials
competitive.
Language: Английский