PUERTO MADERO EDITORIAL eBooks,
Journal Year:
2023,
Volume and Issue:
unknown
Published: March 3, 2023
En
la
academia
y
a
nivel
mundial,
investigación
científica
es
primordial
e
importante
cada
día,
ya
que
permite
construcción
generación
de
nuevos
conocimientos.
La
curiosidad
propicia
un
despertar
nuevas
investigaciones,
llevando
una
reflexión
duda;
base
para
el
proceso
indagatorio.
Siempre
van
existir
varias
preguntas
respuestas
diferentes
interesantes,
en
docente,
profesional
médico
investigador
antes
investigar,
por
ejemplo,
¿Qué
papel
desempeña
universidad
formación
futuros
médicos?
incentivos
tienen
los
docentes
estudiantes
participar
actividades
investigación?,
¿Quiénes
son
beneficiarios
proyectos
¿Cómo
debería
ser
enseñanza
aprendizaje
materia
investigación?
Para
responder
estas
interrogantes
hay
ir
más
allá
conceptos,
deseos
propósitos;
trascender
encima
las
intenciones
llegar
al
corazón
esta
práctica.
No
se
trata
del
independiente
forma
individual,
o
dentro
fuera
instituciones
universitarias,
mejorar
nuestros
conocimientos
búsqueda
diaria
científicas
demostradas
desde
teoría
con
práctica,
descrita
muchos
años
atrás
griegos,
lo
inevitable
quienes
nos
dedicamos
contribuimos
investigación,
objetivo
aportar
conlleven
beneficio
comunidad
general.
Advances in environmental engineering and green technologies book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 277 - 298
Published: Jan. 16, 2025
Phytoremediation
is
an
economical,
environmentally
friendly
and
effective
technology
that
uses
plants
to
treat
wastewater.
This
research
focuses
on
phytoremediation
of
wastewater
industrial
pharmaceutical.
Certain
fresh
plant
species,
such
as
Lemna
minor,
Salvinia
minima,
Ipomoea
aquatica
Centella
asiatica,
have
been
shown
decontaminate
environments.
For
example,
these
helped
reduce
total
suspended
solids
(TSS)
from
50.8%
85.6%,
ammonia
nitrogen
(NH3-N)
79.1%
97.3%
chemical
oxygen
demand
(COD)
36.46%
82%
in
The
exact
results
depend
the
type
its
operating
time.
In
addition,
microalgae
Chlorella
pyrenoidosa
Scenedesmus
almeriensis
be
highly
removing
heavy
metals
cadmium
(57.14%
just
3
hours)
arsenic
(40.7%
hours).
conclusion,
a
promising
approach
water
treatment
sector,
particularly
for
pharmaceutical
which
heavily
contaminated
with
complex
toxic
substances.
Earth,
Journal Year:
2025,
Volume and Issue:
6(2), P. 18 - 18
Published: March 27, 2025
The
lack
of
access
to
centralized
technologies
and
economic
resources
in
rural
communities
makes
wastewater
management
a
critical
challenge.
Decentralized
systems
such
as
constructed
wetlands
offer
sustainable
solutions
by
leveraging
natural
processes
for
effluent
treatment.
However,
their
success
sustainability
require
active
community
participation.
Currently,
there
is
little
evidence
involvement
the
implementation,
maintenance,
wetlands.
Existing
strategies
collaboration
environmental
sanitation
projects
were
analyzed
through
literature
review
covering
research
conducted
last
20
years.
Only
peer-reviewed
English
Spanish
was
considered.
Based
on
findings,
triple
helix
model
integrating
academia,
government,
society
proposed,
compiling
most
functional
from
initial
awareness
raising
maintenance
dissemination.
A
case
study
participation
presented
under
this
approach
Salvador
Díaz
Mirón
community,
Veracruz,
Mexico.
results
provide
key
information
effective
designed
manage
wetlands,
emphasizing
that
depends
both
technology
genuine
commitment
operation
long-term
sustainability.
Furthermore,
these
findings
can
serve
reference
decision-makers
project
planners
seeking
integrate
participatory
models
into
decentralized
water
resource
conservation.
Processes,
Journal Year:
2023,
Volume and Issue:
11(4), P. 1253 - 1253
Published: April 19, 2023
The
use
of
constructed
wetlands
(CWs)
for
wastewater
treatment
has
earned
high
interest
around
the
world.
However,
innovations
to
improve
its
removal
efficiency
and
adoption
have
been
suggested
in
last
decades.
For
instance,
ornamental
flowering
plants
(OFP),
which
make
wetland
systems
more
aesthetic
is
an
option
production
commercial
flowers
while
water
cleansed.
objectives
this
study
were
identify
through
a
bibliometric
analysis
(2000–2022)
main
OFP
that
used
CWs
their
functionality
as
phytoremediators
(removal
effects),
well
authors,
collaborations,
investigations,
countries
where
such
investigations
carried
out.
To
respect,
10,254
studies
on
identified.
United
States
China
leading
eco-technology.
Subsequently,
regarding
OFP,
revealed
92
matter
Mexico
three
researchers
who
lead
(almost
40%
publications
with
OFP),
species
studied
include
Canna
hybrids,
Zantedeschia
aethiopica,
Strelitzia
reginae,
Iris
species,
Spathiphyllum
sp.,
Anturium
sp.
These
may
remove
between
30–90%
pollutants
organic
compounds,
30–70%
heavy
metals
drugs,
about
99.9%
pathogens.
Thus,
help
new
design,
know
future
research
directionsand
collaboration
approaches
area
using
multipurpose
alternatives
like
those
OFP.
More
can
still
be
out
temperate
climates,
evaluating
influence
different
substrates
flow
growth
these
plants.
Water,
Journal Year:
2023,
Volume and Issue:
15(22), P. 3929 - 3929
Published: Nov. 10, 2023
The
transition
from
the
linear
economy
paradigm
to
circular
in
industrial
wastewater
treatment
systems
is
on
global
agenda.
search
for
new
simple,
eco-innovative,
and
low-cost
processes
treating
wastewater,
which
can
also
be
used
by
small
medium-sized
industries,
has
been
a
constant
challenge
especially
when
environmental
sustainability
considered.
So,
integrated
system
developed
that
includes
immediate
one-step
lime
precipitation
process
(IOSLM)
atmospheric
carbonation
(AC),
followed
constructed
wetlands
(CWs)
or
adsorption.
current
review
provides
an
overview
of
strategies
high-
low-biodegradable
wastewater.
A
background
functionality,
applicability,
advantages
disadvantages,
operating
variables,
removal
mechanisms,
main
challenges,
recent
advances
are
carried
out
each
makes
up
IOSLM+AC+CW/adsorption
system.
prospects
discussed.
Not
neglecting
improvements
still
need
made
as
well
its
application
various
types
this
highlights
promising
consequent
by-product
recovery.
IOSLM+AC
showed
it
remove
high
amounts
organic
matter,
total
suspended
solids,
oils
fats,
phosphorus,
ammonium
nitrogen
effluents.
On
other
hand,
wetlands/adsorption
alternatives
refining
effluents
containing
matter
were
not
possible
previous
steps.
Environmental Science and Pollution Research,
Journal Year:
2023,
Volume and Issue:
31(1), P. 1304 - 1313
Published: Dec. 1, 2023
Abstract
This
study
evaluated
the
treatment
efficiency
of
municipal
wastewater
from
Phetchaburi
in
Thailand
an
alternated
5-day
flooding
and
2-day
drying
wetland
system
with
two
plants
species,
namely,
Canna
indica
Heliconia
psittacorum
.
The
efficiencies
biochemical
oxygen
demand
(BOD5)
were
ranges
90.5%
±
4.8%
86.9%
7.3%
for
,
respectively.
Those
chemical
(COD)
75.5%
7.9%
75.3%
9.0%
Both
plants’
removal
TN,
NH4-N,
TP
greater
than
40%.
Lead
cadmium
accumulation
both
significantly
differed
between
upper
lower
parts
plants.
However,
lead
their
Canna.
Although
had
a
higher
nutrient
Heliconia,
there
are
many
varieties
Thailand.
These
results
indicate
that
variety
does
not
affect
efficiency.
In
conclusion,
conditions
can
be
applied
communities
where
BOD
5
COD
dominant
pollution
characteristics.
ornamental
suitable
absorbents
cadmium,
although
is
heavy
metals,
difference
was
significant.
Case Studies in Chemical and Environmental Engineering,
Journal Year:
2023,
Volume and Issue:
8, P. 100420 - 100420
Published: July 25, 2023
This
study
evaluated
the
impact
of
land
use/land
cover
patterns
on
water
quality
a
stream
in
periurban
zone.
For
this,
was
determined
by
NSF-WQI,
Dinius-WQI,
and
Heavy
Metal
Pollution
Index
(HPI).
On
other
hand,
uses
were
obtained
from
"RapidEye"
satellite
images,
including
green,
urban,
commercial
industrial
areas.
The
grouped,
different
degrees
association
with
chosen
parameters
found.
results
indicated
that
physicochemical
negatively
correlated
"green
areas"
positively
"intervened
areas".
