Advances in environmental engineering and green technologies book series,
Год журнала:
2025,
Номер
unknown, С. 425 - 456
Опубликована: Янв. 16, 2025
Innovative
wastewater
treatment
is
becoming
increasingly
critical
in
addressing
global
water
scarcity
and
pollution
challenges.
This
abstract
explores
synergistic
approaches
that
integrate
advanced
technologies,
resource
recovery,
collaborative
frameworks
to
enhance
efficiency
sustainability.
Advanced
including
anaerobic
membrane
bioreactors
(AnMBRs)
bioelectrochemical
systems,
are
highlighted
for
their
ability
effectively
remove
contaminants
while
recovering
valuable
resources
such
as
energy
nutrients.
These
systems
not
only
improve
effluent
quality
but
also
reduce
the
environmental
footprint
of
processes.
Moreover,
decentralized
nature-based
solutions,
constructed
wetlands,
gaining
traction
cost-effectiveness
ecological
benefits.
The
integration
recovery
practices,
represents
a
holistic
strategy
enhancing
treatment,
ensuring
sustainable
management,
protecting
public
health
environment.
Energies,
Год журнала:
2025,
Номер
18(2), С. 385 - 385
Опубликована: Янв. 17, 2025
The
problem
of
food
being
wasted
in
households
has
become
an
essential
challenge
recent
years.
Food
waste
can
be
valorized
accordance
with
the
principles
sustainable
development,
including
as
a
source
energy.
This
study
analyses
potential
anaerobic
fermentation,
pyrolysis,
ethanol
incineration,
and
composting
to
treat
waste,
focusing
on
its
energy
yield.
research
considered
two
scenarios
for
generating
Poland
both
near
term
(2030)
long
(2050).
Scenarios
were
proposed
regions
different
levels
urbanization
demographic
trends.
criteria
selection
technologies
energy-efficient
processing
from
identified,
taking
into
account
current
state
these
technologies,
their
prospective
changes,
nature
regions,
trajectory
generation,
spatial
generation
rate,
potential.
Technologies
like
methane
fermentation
thermochemical
methods
should
developed
densely
populated
areas
high
rate.
Among
processes,
fast
pyrolysis
will
provide
most
significant
benefits,
followed
by
moderate
biocarbonization—at
similar
levels.
Incineration
is
placed
between
carbonization
gasification.
In
less
lower
rates,
combining
substrates
co-processing
green
considered.
Biocarbonization
systems
integrated
rural
regions.
IntechOpen eBooks,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 20, 2025
Agricultural
waste
(crop
residues
and
animal
manure)
is
a
significant
byproduct
of
farming
activities.
It
holds
potential
for
sustainable
agriculture,
renewable
energy
production,
environmental
conservation.
However,
traditional
disposal
challenges
persist,
leading
to
air
pollution
soil
degradation.
Innovative
approaches
include
converting
agricultural
into
bioenergy
like
bioethanol
biogas
producing
biochar
from
residues,
which
improves
health,
water
retention,
nutrient
availability
while
sequestering
carbon.
also
finding
applications
in
industries.
Integrating
industrial
processes
not
only
adds
value
but
reduces
reliance
on
raw
materials
fossil
fuels
wood.
In
livestock
farming,
crop
are
critical
as
feed
bedding,
particularly
resource-constrained
regions.
While
their
nutritional
content
often
low,
treatment
methods
can
improve
digestibility.
By
integrating
cutting-edge
technologies
supportive
policies,
it
possible
transform
burden
resource,
paving
the
way
more
future.
AgriEngineering,
Год журнала:
2024,
Номер
6(4), С. 4675 - 4687
Опубликована: Дек. 4, 2024
Several
years
have
passed
since
the
linear
economy
model
proved
unsustainable,
leading
to
transition
toward
circular
(CE)
model.
Significant
amounts
of
agricultural
residues
and
waste
from
livestock
farming
units
remain
unutilized
in
fields.
The
anaerobic
digestion
(AD)
method
addresses
this
issue
by
generating
energy
form
thermal
(TE)
electrical
(EE).
This
article
examines
greenhouse
heating
using
a
biogas
plant.
For
purpose,
load
is
developed
applied
two
regions,
northern
(Florina)
central
Greece
(Trikala),
assess
greenhouse’s
requirements
areas
with
differing
characteristics,
especially
during
winter
months.
Additionally,
economic
benefits
plant
selling
electricity
grid
are
analyzed.
Thermal
constitutes
59.7%
system’s
total
output.
On
average,
generated
518
MW
h
per
month,
while
reaches
770
month.
plant’s
daily
consumption
ranges
1564
kW
2173
h,
depending
on
its
needs.
Ambient
temperatures
vary
between
0
°C
37
°C,
significantly
influencing
efficiency.
also
demonstrates
financial
profitability,
earning
504,549
€
annually
sale
surplus
electricity.
Furthermore,
explores
crops
broader
Thessaly
region,
where
tomato
cultivation
seems
be
dominant.
Greenhouse
depend
crop
type,
location,
weather
conditions,
sunlight
exposure,
heat
loss
based
covering
materials.
Meanwhile,
output
that
can
given
area
directly
proportional
capacity.
