Methodology for Quantification and Identification of Environmental Aspect in Urban Infrastructure Projects in the Planning Phase
Buildings,
Год журнала:
2025,
Номер
15(8), С. 1328 - 1328
Опубликована: Апрель 17, 2025
The
accelerated
development
of
construction
has
positively
boosted
the
economy
but
caused
environmental
pollution.
objective
this
article
was
to
propose
a
model
quantify
and
identify
causes
aspects
in
urban
infrastructure
projects
during
pre-construction
phase.
methodology
included
ten
six
activities,
distributed
three
phases:
quantification,
preparation
an
inventory
identification
main
aspects.
results
A,
B
C
confirmed
five
with
quantifications
maximum
normalized
unitary
ratios,
namely
greenhouse
gas
emissions
1.00,
1.00
1.00;
energy
use
0.99,
0.99
noise
pollution
0.84,
0.89
water
0.95,
0.96
resources
raw
materials
by
methods,
machines,
conditions
project.
This
proposal
first
initiative
analytically
previously
investigate
performance
future
works,
assisting
strategies
phase
improving
decision-making
process
regarding
issues
constructions.
Finally,
initial
effort
may
evolve
create
opportunities
avoid,
mitigate,
reduce
or
accept
effects
developing
countries.
Язык: Английский
Digital Technologies: Description, Classification, and Links to Circular Economy
Business Strategy and the Environment,
Год журнала:
2025,
Номер
unknown
Опубликована: Апрель 27, 2025
ABSTRACT
Digital
technologies
(DTs)
and
circular
economy
(
CE
)
are
currently
two
topics
that
expected
to
contribute
significantly
sustainable
development,
digitization
is
generally
considered
a
key
enabler
of
.
However,
most
studies
only
cover
the
known
Industry
4.0
technologies,
very
limited
research
detailing
how
DTs
can
support
implementation
available.
The
first
objective
this
paper
fill
these
gaps
by
offering
an
overview
24
enablers
,
thanks
systematic
literature
discussion
development
DATE
(Digital
Architecture
Type)
classification.
second
goal
analyze
specifically
strategies
narrowing,
slowing,
closing,
regenerating.
results
demonstrate
provide
wealth
information
regarding
production
consumption
chains,
from
micro
global
levels.
Real‐time
diagnostics
forecasting
be
obtained
for
efficient
service
provision,
component
lifespan
extension
better
design
practices,
besides
improved
remanufacturing,
recycling,
refurbishment
approaches.
To
inform
future
research,
significant
in
new
initiatives
addressed.
Язык: Английский