Oxford Open Climate Change,
Год журнала:
2024,
Номер
unknown
Опубликована: Дек. 2, 2024
Abstract
This
paper
presents
a
hybrid
system
using
solar
tower
and
tubular
energy
for
desalination.
Total
radiation
(dqspher)
was
calculated
MATLAB
algorithms,
encoding
3x4
matrix
temperature,
pressure,
air
saturation
transfer
within
the
glass
globe.
The
results
are
supported
by
latest
data
published
in
literature.
Between
angle
0°
35°,
rate
of
dqspher
exceeded
689,546
Kw/m2
5
hours.
Desalinated
water
reached
4.2
L/m2
at
76.63%.
encouraging
promote
application
this
technology
desalination,
ensuring
efficiency,
environmental
friendliness
affordability.
Energy Sources Part A Recovery Utilization and Environmental Effects,
Год журнала:
2023,
Номер
46(1), С. 736 - 772
Опубликована: Дек. 6, 2023
Worldwide,
drinking
water
shortages
are
a
major
concern.
In
many
parts
of
the
world,
fresh
sources
deteriorated
and
polluted
by
human
activities
population
growth.
Using
fossil
fuels
to
distill
for
consumption
requires
large
amount
energy.
It
was
suggested
that
solar
energy
could
be
used
or
salty
without
harming
environment.
The
sun
is
free
abundant
source,
especially
in
swampy
remote
regions.
However,
design
operation
stills
limit
their
efficiency
productivity.
Solar
freshwater
production
systems
discussed
this
review
terms
latest
developments
distillation
efficiency.
Based
on
various
performance
criteria,
study
analyzes
direct
desalination
processes.
Detailed
discussions
recent
modifications
innovations
also
included
highlighted
paper.
goal
all
studies
reviewed
achieve
maximum
productivity
efficiency,
low
capital
costs,
ease
installation.
Among
phase
change
materials
(PCMs),
nanoparticles,
reflectors
with
high
addition
features
stills,
current
have
been
evaluated
location,
temperature,
radiation
intensity,
level,
inclination
angle,
productivity,
still
parameters
were
studied
relation
modifying
absorption
area
using
condensers.
Several
improvements
made
which
resulted
rates.
distiller's
increases
from
10%
180%
when
material
added.
When
nanomaterial
added
paraffin
still,
25%
320%.
Furthermore,
Wicks
increase
still's
yield
20%-300%,
depending
design.
A
few
recommendations
regarding
future
work
based
at
end
study.
Global NEST Journal,
Год журнала:
2024,
Номер
unknown
Опубликована: Март 5, 2024
<p>Potable
water
is
essential
in
various
aspects
of
daily
life.
Converting
brackish
to
drinkable
using
traditional
methods
costly
and
has
environmental
impacts.
Solar
energy
preferred
over
fossil
fuels
other
sources
due
its
cost
benefits.
stills
are
increasingly
popular
the
growing
need
for
water,
but
their
performance
requires
improvement.
The
study
examines
pyramid
solar
still
(PSS)
productivity
different
operating
parameters,
such
as
intensity
(350-950
W/m2),
inlet
temperature
(30-50°C),
depth
(4-8
cm),
insulation
thickness
(0.05-0.15m).
response
surface
technique
(RSM)
was
used
examine
under
conditions.
RSM
approach
optimized
process
maximum
output
reduced
testing
time
effort.
To
verify
optimum
derived
from
RSM,
artificial
neural
networks
(ANN)
model
implemented.
comparative
studies
ANN
models
demonstrates
a
strong
correlation
with
outcomes
achieved
maximizing
PSS.
It
found
that
ideal
values
intensity,
intake
temperature,
depth,
950
W/m2,
50°C,
4
cm,
0.15
m,
respectively.
These
parameters
contribute
production
2.585
kg/m2
distillate.</p>
