AQUA - Water Infrastructure Ecosystems and Society,
Journal Year:
2024,
Volume and Issue:
73(11), P. 2229 - 2241
Published: Oct. 22, 2024
ABSTRACT
Multi-objective
operation
optimization
of
water
distribution
systems
(WDSs)
in
large
metropolitan
areas
is
essential;
however,
it
complex
and
time-consuming.
Effective
reliable
scheduling
WDSs
can
significantly
enhance
the
efficiency
reliability
urban
resources
management,
which
requires
further
research.
This
paper
develops
an
method
combining
genetic
algorithm
multiple
criteria
analysis
that
coordinates
energy
conservation,
hydraulic
condition
improvement,
age
WDSs.
Results
showed
optimal
could
achieve
a
23.0,
16.7,
2.5%
decrease
consumption,
supply
volume
with
unsatisfied
pressure,
average
age,
respectively.
To
results,
this
study
indicated
crucial
to
properly
allocate
pressure
across
drinking
treatment
plants.
finding
provides
important
guidance
for
utilities
scheduling.
Furthermore,
emergency
scenario
shows
newly
proposed
social
economic
sustainability
through
coordinated
conditions,
age.
Journal of Law and Sustainable Development,
Journal Year:
2024,
Volume and Issue:
12(1), P. e2567 - e2567
Published: Jan. 17, 2024
Purpose:
This
research
intends
to
compare
two
numerical
method
models,
which
are
Runge-Kutta
and
by
using
HYDRUS
software.
Theoretical
reference:
One
of
the
consequences
human
population
that
grows
rapidly
is
increase
activity,
along
with
pollutant
flows
into
water
bodies.
Water
pollution
a
significant
environmental
issue
threatens
health
ecosystems
populations
worldwide.
Method:
To
determine
set
parameters
mechanism
in
constructed
wetland,
model
may
be
aid
acquire
represent
removal
it.
Result
Conclusion:
study
yields
different
efficiency
when
simulated
Runge-Kutta.
The
differences
effectivity
results
might
caused
detail
mechanism,
where
considers
happened
soil
column,
while
only
focuses
on
column.
Implication
research:
In
order
observe
used.
needed
environment
properties
both
plants
can
obtained
building
demonstration
plot.
Originality/
value:
AQUA - Water Infrastructure Ecosystems and Society,
Journal Year:
2024,
Volume and Issue:
73(11), P. 2229 - 2241
Published: Oct. 22, 2024
ABSTRACT
Multi-objective
operation
optimization
of
water
distribution
systems
(WDSs)
in
large
metropolitan
areas
is
essential;
however,
it
complex
and
time-consuming.
Effective
reliable
scheduling
WDSs
can
significantly
enhance
the
efficiency
reliability
urban
resources
management,
which
requires
further
research.
This
paper
develops
an
method
combining
genetic
algorithm
multiple
criteria
analysis
that
coordinates
energy
conservation,
hydraulic
condition
improvement,
age
WDSs.
Results
showed
optimal
could
achieve
a
23.0,
16.7,
2.5%
decrease
consumption,
supply
volume
with
unsatisfied
pressure,
average
age,
respectively.
To
results,
this
study
indicated
crucial
to
properly
allocate
pressure
across
drinking
treatment
plants.
finding
provides
important
guidance
for
utilities
scheduling.
Furthermore,
emergency
scenario
shows
newly
proposed
social
economic
sustainability
through
coordinated
conditions,
age.
