While
Deltas
represent
about
5%
of
the
global
land
surface,
they
occupy
over
550
million
people
(i.e.,
a
high
population
density).
The
Delta
area,
which
is
characterized
by
flat
topography,
fertile
alluvial
soils,
and
abundant
natural
resources,
vital
for
human
habitation.
However,
this
area
subjected
to
diverse
anthropogenic
threats,
owing
climate
change
vulnerability.
delicate
equilibrium
delta
ecosystems
threatened
as
activities
escalate
(e.g.,
illegal
solid-waste
dumping),
necessitating
innovative
solutions.
This
chapter
includes
main
concluding
remarks
on
evolution
waste
management
practices
within
Deltas,
emphasizing
significance
sustainable
approaches
balance
ecological
socio-economic
aspects.
As
continue
confront
dynamic
seasonal
challenges,
book
tends
provide
foundation
promoting
resilient
in
solid
(SWM)
these
ecosystems.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(17), P. 12737 - 12737
Published: Aug. 23, 2023
In
the
current
scenario
in
many
cities,
huge
quantities
of
biowaste
solid
matter
are
generated,
making
it
a
big
challenge
to
keep
our
cities
smart/clean
without
creating
health
issues.
The
second
is
mitigate
biowastes
from
municipalities,
and
needs
systematic
valorization/conversion
approaches
transform/generate
them
into
clean/least
carbon-emitting
fuel
sources.
This
effort
can
help
make
smart
with
additional
amounts
energy
generation
that
be
used
by
each
citizen
for
their
daily
needs.
reported
as
food
waste
(from
domestic
kitchens
restaurant/hotel),
green
plant
residues
parks
other
cleaning
activities),
miscellaneous
Due
these
biowastes,
respective
look
dirtier
also
show
poor
level
development.
So,
people
municipal
authorities
some
research
groups
have
start
converting
this
renewable
sustainable
reduce
accumulation
through
promotion
bioenergy
valorization
approaches,
biological
(anaerobic
digestion)
thermochemical
(like
pyrolysis)
processes
common,
applied
mitigation
minimize
negative
impact
on
environment
its
components.
India,
states,
like
Madhya
Pradesh,
put
efforts
biogases
hydrogen
generated
biowastes.
review,
we
emphasize
different
sources
volumes/quantities,
factors/activities
generations,
conversion
fuels
goal
achievement.
Now
matters,
take-home
concept/message
regarding
conversion/recovery,
extraction
energy/other
valuable
products
home
It
helps
clean,
smart,
rich
revenue
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(9), P. 7396 - 7396
Published: April 29, 2023
A
comprehensive
understanding
of
the
mechanisms
associated
with
pelletization
an
anaerobic
digestate
is
necessary
to
optimize
pellet
production
process
and
achieve
better
more
sustainable
management
digestate.
This
work
evaluated
behavior
during
cyclic
loading
unloading
in
a
closed
matrix.
The
results
presented
here
are
continuation
those
observed
previous
that
effect
moisture
content
on
under
loading/unloading
conditions
distribution
permanent
elastic
strain
energy
demonstrated
study
was
verified
present
different
conditions.
Zwick
universal
machine
used
for
experiments.
samples
were
loaded
amplitudes
8,
11,
14,
17,
20
kN
10
cycles.
Two
distinct
levels
digestate—10%
22%—were
analyzed.
confirmed
dissipated
independent
remained
relatively
constant
wide
range
applied
loads.
Higher
values
higher
only
when
loads
applied.
In
studied
loads,
characteristic
differences
noted
curves
regardless
load
magnitude.
increase
led
strength,
but
10%.
strength
reflect
well
irreversible
conclusions
about
area
enclosed
between
curves.
Anaerobic
digestion
is
a
biological
process
that
transforms
high-strength
organic
effluents
into
biogas
with
multiple
benefits.
However,
concurrent
organics'
transformation,
liquid
phase
high
solid
content
also
derived
from
this
process.
Valorizing
fraction
not
an
easy
task
if
agronomic
application
cannot
be
considered
as
suitable
option.
The
thermal
valorization
of
allows
for
energy
extraction,
but
gives
rise
to
additional
capital
investment
and
increases
the
demand
global
In
addition,
treatment
digestate
has
deal
mineralized
material.
changes
in
matter
due
anaerobic
stabilization
were
studied
present
manuscript,
by
evaluating
behavior
samples,
activation
transformation
using
FTIR
spectroscopy.
Digested
samples
mixture
composed
manure
glycerin
(5%
v/v)
studied.
caused
dramatic
decrease
aliphatic
compounds,
greatly
increasing
mineral
sample.
Thermal
digestates
must
consider
lower
more
complex
structure
these
materials,
higher
lignin
protein-type
compounds.
While
Deltas
represent
about
5%
of
the
global
land
surface,
they
occupy
over
550
million
people
(i.e.,
a
high
population
density).
The
Delta
area,
which
is
characterized
by
flat
topography,
fertile
alluvial
soils,
and
abundant
natural
resources,
vital
for
human
habitation.
However,
this
area
subjected
to
diverse
anthropogenic
threats,
owing
climate
change
vulnerability.
delicate
equilibrium
delta
ecosystems
threatened
as
activities
escalate
(e.g.,
illegal
solid-waste
dumping),
necessitating
innovative
solutions.
This
chapter
includes
main
concluding
remarks
on
evolution
waste
management
practices
within
Deltas,
emphasizing
significance
sustainable
approaches
balance
ecological
socio-economic
aspects.
As
continue
confront
dynamic
seasonal
challenges,
book
tends
provide
foundation
promoting
resilient
in
solid
(SWM)
these
ecosystems.
