E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
505, P. 03016 - 03016
Published: Jan. 1, 2024
The
research
paper
investigates
novel
and
environmentally
friendly
approaches
to
the
treatment
of
greywater
inside
urban
areas.
Wastewater
generally
refers
uncontaminated
sewage
coming
from
various
domestic
sources
such
as
showers,
sinks,
washers
dryers,
kitchen
appliances,
serves
a
remarkable
neglected
asset.
objective
this
investigation
is
look
into
possibility
an
water
source,
with
specific
focus
on
It
aims
evaluate
effectiveness
methods
in
order
optimize
wastewater
reuse.
effectiveness,
affordability,
environmental
consequences
these
technologies
are
evaluated.
study
further
emphasizes
significance
minimizing
scarcity,
reducing
demand
infrastructures
well
encouraging
equitable
growth.
This
combines
theoretical
investigations
real-life
cases
provide
comprehensive
examination
current
developments
future
possibilities
field
treatment.
results
indicate
that
incorporation
modern
techniques
for
treating
can
make
substantial
contribution
implementation
sustainable
management
progress
lead
development
cities
more
robust
infrastructure.
Journal of environmental chemical engineering,
Journal Year:
2024,
Volume and Issue:
12(3), P. 112527 - 112527
Published: March 20, 2024
Microalgae
are
increasingly
attracting
attention
for
the
wastewater
regeneration,
removing
nutrients,
and
obtaining
a
high-value
product.
These
nutrients
essential
growth
of
algae
aquatic
plants,
but
an
overabundance
them
in
ecosystems
can
cause
eutrophication,
so
it
is
very
important
to
control
concentration
these
discharges
environment.
In
this
study,
we
have
carried
out
adaptation
microalgae
by
gradually
changing
influent
from
culture
medium
treated
urban
membrane
photobioreactors,
analysing
consortium
bacteria
present
evaluating
removal
such
us
nitrogen
phosphorus.
A
satisfactory
was
observed,
reaching
concentrations
0.164
g/L
at
end
study.
case
chlorophyte
communities
studied,
found
that
predominant
species
same
all
phases
(unclassified
environmental
Eukaryota),
as
well
photobioreactors
worked
parallel
under
extreme
conditions.
Regarding
phosphorus
during
phases,
values
increased
both
cases,
96.99%
48.10%,
respectively.
Following
microbiological
bacterial
families
been
detected
show
symbiotic
activity
microalgae.
Multidimensional
scaling
revealed
positive
correlations
between
photobioreactor.
Our
data
suggest
MPBRs
potential
tertiary
treatment
produce
biomass
real
utilising
its
content,
resulting
higher
quality
effluent
less
harmful
