Thermal Science,
Journal Year:
2024,
Volume and Issue:
28(4 Part B), P. 3171 - 3182
Published: Jan. 1, 2024
It
is
important
to
understand
the
vertical
distribution
characteristics
of
outdoor
particulates
concentration
in
typical
seasons
winter
and
summer
when
people?s
living
spaces
are
getting
higher
above
ground.
The
different
heights
floors
(1st,
7th,
11th,
17th,
27th)
a
high-rise
building
Xi?an
at
8:00
a.
m.,
12:00
3:00
p.
6:00
10:00
respectively,
were
tested
analyzed
this
paper.
results
showed
that
concentrations
on
non-working
days
much
lower
than
working
times
floors,
relatively
low
summer.
reached
highest
m.
summer,
with
average
PM10,
PM2.5,
PM1.0
37.3
?g/m3,
31.6
29.4
?g/m3.
While
winter,
82.4
64.8
57.7
atmospheric
environment
mainly
dominated
by
small
particulates.
particle
sizes
range
from
1.0
?m
2.5
?m,
high
less
?m.
With
increase
time,
PM1.0/PM2.5
PM2.5/PM10
show
trend
first
decreasing
then
increasing
days,
while
increasing,
next
days.
In
addition,
meteorological
parameters
will
also
have
certain
impact
distribution.
provides
reference
values
for
controlling
buildings.
Environmental Chemistry Letters,
Journal Year:
2023,
Volume and Issue:
22(2), P. 751 - 784
Published: Dec. 15, 2023
Abstract
The
building
sector
is
significantly
contributing
to
climate
change,
pollution,
and
energy
crises,
thus
requiring
a
rapid
shift
more
sustainable
construction
practices.
Here,
we
review
the
emerging
practices
of
integrating
renewable
energies
in
sector,
with
focus
on
types,
policies,
innovations,
perspectives.
sources
include
solar,
wind,
geothermal,
biomass
fuels.
Case
studies
Seattle,
USA,
Manama,
Bahrain,
are
presented.
Perspectives
comprise
self-sufficiency,
microgrids,
carbon
neutrality,
intelligent
buildings,
cost
reduction,
storage,
policy
support,
market
recognition.
Incorporating
wind
into
buildings
can
fulfill
about
15%
building's
requirements,
while
solar
integration
elevate
contribution
83%.
Financial
incentives,
such
as
30%
subsidy
for
adoption
technologies,
augment
appeal
these
innovations.
Environmental Chemistry Letters,
Journal Year:
2024,
Volume and Issue:
22(6), P. 2641 - 2668
Published: Oct. 26, 2024
Abstract
Anaerobic
digestion
constitutes
a
sustainable
method
for
waste
management
and
renewable
energy
generation,
addressing
significant
environmental
societal
challenges.
The
growing
global
crisis
the
increasing
momentum
toward
solutions
emphasize
critical
need
to
enhance
anaerobic
technology
improved
efficiency
advantages.
This
process
mitigates
accumulation,
enhances
security,
reduces
greenhouse
gas
emissions,
providing
feasible
solution
within
framework
of
circular
bioeconomy.
Here,
we
review
principles
biogas
production,
focusing
on
agricultural
utilization
framework.
We
specifically
explore
applications
in
rural
industrial
settings,
assess
impacts,
discuss
regulatory
landscape
with
insights
from
China
Europe.
study
reveals
that
strategic
implementation
can
markedly
improve
yield
sustainability,
demonstrating
how
focused
policies
advanced
technological
practices
optimize
utilization.
comprehension
emphasizing
Europe
as
key
examples.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(4), P. 1346 - 1346
Published: Feb. 7, 2025
Climate
change
is
worsening
across
the
region,
exacerbating
energy
crisis,
while
traditional
centralized
systems
struggle
to
meet
people’s
needs.
Globally,
countries
are
actively
responding
this
dual
challenge
of
climate
and
demand.
In
September
2020,
China
introduced
a
carbon
target
“Carbon
peak
neutrality”.
Since
then,
it
has
consistently
encouraged
supported
innovative
research
on
reduction
conservation
through
its
resource
policies.
Distributed
(DESs)
gaining
favor
in
various
due
their
promising
applications
environmental
realms,
particularly
light
current
imperatives
for
conservation,
emission
reduction,
relevant
This
paper
provides
retrospective
analysis
recent
DESs,
conducts
systematic
classification
statistical
overview
DES
implementations,
offers
insightful
recommendations
future
prospects
advancement
DESs.
