Desalination,
Journal Year:
2024,
Volume and Issue:
583, P. 117694 - 117694
Published: April 29, 2024
Various
hybrid
desalination
systems
have
been
proposed
during
the
last
two
decades
to
improve
produced
water
quality,
energy
efficiency,
production
rate
and
sustainability
among
others,
receiving
therefore
a
rapid
industrial
implementation.
Desalination
processes
are
intensive
this
is
mostly
provided
by
fossil
fuels,
especially
for
large
scale
commercial
plants.
No
doubt,
use
of
renewable
(RE)
sources
way
forward
decrease
environmental
related
health
impact
produce
supply
freshwater
in
remote
regions
with
severe
shortage
an
unfavourable
or
unfeasible
connection
public
electrical
grid.
However,
most
installed
plants
small
capacities,
yet
facing
several
issues
long
term
operation.
Therefore,
study
restricts
fuel
based
source
provides
thorough
analysis
summarising
design,
operation,
performance,
techno-economic
associated
challenges
seawater
on
experimental/real
plant
simulation
studies
reported
since
2000.
It
includes
mature
membrane-based
thermal-based
technologies,
namely
Reverse
Osmosis
(RO),
multistage
flash
(MSF),
multi-effect
distillation
(MED),
number
emerging
membrane-thermal
technologies.
Future
opportunities
systems,
including
RO/MSF
RO/MED
also
highlighted.
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(6), P. 3277 - 3277
Published: March 16, 2021
Sustainability
practices
in
a
working
environment
represent
superior
quality
performances,
while
risks
remain
to
be
challenge.
Our
study’s
primary
purpose
is
deploy
the
bibliometric
method
analyze
related
literature.
Bibliometric
parameters
analyzed
using
VOSviewer
software
were
employed
identify
citations
relevant
sustainability
and
risk
contexts’
critical
themes.
From
1990–2020,
reflection
of
1233
documents
appeared
Scopus
on
management.
We
searched
current
papers,
authors,
institutes,
keywords
VOSviewer.
The
search
provided
us
an
understanding,
which
reflected
that
collected
works
literature
factors,
general,
suggestively
increasing.
Mainly,
our
report,
we
highlighted
six
major
streams,
topics
such
as
moral
responsibilities
development,
blockchain
technology
minimization
risks,
social
supply
chain,
environmental
impacts,
safety
engineering
identification,
optimization
practices.
streams
was
cite
key
authors
their
contributions
This
analysis
developed
obtain
further
understanding
regarding
importance
individual,
firms,
entire
economy.
Moreover,
factors
associated
with
also
sought
examined
prevent
or
at
least
minimize
its
negative
impact.
It
identified
this
paper
remains
issue
global
perspective
has
been
challenging
individual
and/or
organization’s
point
views.
Risk
inevitable;
hence,
everyone
must
socially
responsible
impact
Energies,
Journal Year:
2021,
Volume and Issue:
14(8), P. 2159 - 2159
Published: April 13, 2021
This
review
presents
a
detailed
summary
of
the
latest
technologies
used
in
flywheel
energy
storage
systems
(FESS).
paper
covers
types
and
employed
within
FESS,
range
materials
production
reasons
for
use
these
materials.
Furthermore,
this
provides
an
overview
uses
covering
vehicles
transport
industry,
grid
leveling
power
domestic
industrial
electricity
providers,
their
motorsport,
applications
space,
satellites,
spacecraft.
Different
machines
are
also
discussed.
serves
to
analyse
which
implementations
reduce
cost
permanent
magnet
synchronous
machines.
As
well
as
this,
further
investigations
need
be
carried
out
determine
ideal
temperature
operation.
Induction
currently
stoutly
designed
with
lower
manufacturing
cost,
making
them
unsuitable
high-speed
operations.
Brushless
direct
current
machines,
Homolar
should
considered
future
research
activities
improve
performance
system.
An
active
magnetic
bearing
can
alongside
mechanical
bearings
control
systems’
complications,
thereby
entire
system
cost-effective.
Water Research,
Journal Year:
2022,
Volume and Issue:
223, P. 119011 - 119011
Published: Aug. 22, 2022
Solar‒driven
interfacial
water
evaporation
is
a
convenient
and
efficient
strategy
for
harvesting
solar
energy
desalinating
seawater.
However,
the
design
fabrication
of
evaporators
still
challenge
reliable
practical
applications.
Wood-based
solar-driven
emerge
as
promising
environmentally
friendly
approach
it
provides
renewable
porous
structures.
In
recent
years,
surface
modifications
innovative
structural
designs
to
prepare
high
performance
wood-based
widely
explored.
this
review,
we
firstly
describe
superiority
wood
evaporators,
including
pore
structure,
chemical
structure
thermal
insulation.
Secondly,
summarize
developments
in
from
carbonization,
decoration
with
photothermal
materials,
bulk
modification
design,
discuss
aspects
transportation
capacity,
conductivity
efficiency.
Finally,
based
on
these
previous
results
analysis,
highlight
remaining
challenges
potential
future
directions,
selection
high-efficient
heat
mass
transfer
mechanism
large-scale
production
at
low
cost.
