Advances in environmental engineering and green technologies book series,
Год журнала:
2024,
Номер
unknown, С. 57 - 74
Опубликована: Ноя. 29, 2024
Climate
Impact
Mitigation
Through
Intelligent
Biowaste
Composting
investigates
composting
as
an
innovative
and
sustainable
technique
for
combating
climate
change.
Biowaste,
which
includes
agricultural
residues,
food
waste,
organic
matter,
is
a
valuable
resource
lowering
greenhouse
gas
emissions
through
smart
management
composting.
This
chapter
discusses
composting's
ability
to
absorb
carbon,
improve
soil
fertility,
reduce
methane
from
landfills.
By
transforming
waste
into
nutrient-rich
compost,
the
method
promotes
circular
economy
by
closing
nutrient
loops
boosting
health.
Using
sophisticated
techniques
such
controlled
aeration,
microbial
optimization,
digital
monitoring
improves
efficiency,
decreases
maximizes
environmental
advantages.
The
also
provides
insights
how
intelligent
biowaste
may
sustainability,
mitigate
change,
increase
ecosystem
resilience.
Research Square (Research Square),
Год журнала:
2024,
Номер
unknown
Опубликована: Июнь 26, 2024
Abstract
This
research
aimed
to
assess
the
outcome
of
adding
cow
dung
as
a
microbiological
inoculum
and
sawdust
bulking
agent
swine
waste
in
invessel-composting
process.
The
biodegradation
was
conducted
using
rotary
drum
composter
(RDC),
which
raised
feedstock's
temperature
>
40°C
just
24
hours,
promoting
thermophilic
decomposition.
Surprisingly,
dung-amended
trial
(RDC1)
maintained
phase
for
16
days,
whereas
sawdust-amended
(RDC2)
only
lasted
7
days.
After
20
RDC1
product
exhibited
superior
nutritional
characteristics,
boosting
total
nitrogen
content
2.52%.
Moreover,
coliform
drastically
decreased
RDC1,
overall
weight
loss
25%.
These
findings
highlight
that
incorporating
(10%
w/w)
into
agents
through
RDC
produces
high-quality
compost
Thus,
livestock
industry
benefits
significantly
from
this
proven
method
improving
management
by
producing
valuable
bioproducts
employing
RDC.
Sustainability,
Год журнала:
2024,
Номер
16(23), С. 10332 - 10332
Опубликована: Ноя. 26, 2024
IoT-based
composting
provides
clear
advantages
over
conventional
urban
in
areas
such
as
enhanced
monitoring,
efficiency,
resource
utilization,
and
management.
Bibliometric
analysis
of
121
publications
on
identified
critical
research
gaps
emphasizes
the
necessity
for
a
strategic
framework
full
implementation
execution
sustainable
development
goals-oriented
modern
cities
across.
Under
key
theme
urbanized
automation,
16.5%
focus
automation
but
overlook
system’s
scalability.
The
lowest
mean
citations
72.7
(22.3%
publications)
intelligent
process
optimization
show
lack
broader
applications.
A
total
28.9%
sustainability
assessment
IoT
integration
their
scope.
process,
pollution,
environmental
impact,
cost,
life
cycle
city
share
19%
13.3%,
respectively.
However,
both
themes
real-time
operation,
economic
feasibility
scalable
models.
article
highlights
fragmented
landscape
providing
guidance
facilities
ecosystems.
comprehensively
explains
budgetary
constraints,
scalability,
data
management,
technological
compatibility,
privacy,
security,
regulatory
compliance
essential
operation.
Advances in environmental engineering and green technologies book series,
Год журнала:
2024,
Номер
unknown, С. 57 - 74
Опубликована: Ноя. 29, 2024
Climate
Impact
Mitigation
Through
Intelligent
Biowaste
Composting
investigates
composting
as
an
innovative
and
sustainable
technique
for
combating
climate
change.
Biowaste,
which
includes
agricultural
residues,
food
waste,
organic
matter,
is
a
valuable
resource
lowering
greenhouse
gas
emissions
through
smart
management
composting.
This
chapter
discusses
composting's
ability
to
absorb
carbon,
improve
soil
fertility,
reduce
methane
from
landfills.
By
transforming
waste
into
nutrient-rich
compost,
the
method
promotes
circular
economy
by
closing
nutrient
loops
boosting
health.
Using
sophisticated
techniques
such
controlled
aeration,
microbial
optimization,
digital
monitoring
improves
efficiency,
decreases
maximizes
environmental
advantages.
The
also
provides
insights
how
intelligent
biowaste
may
sustainability,
mitigate
change,
increase
ecosystem
resilience.
