Processes,
Journal Year:
2024,
Volume and Issue:
12(2), P. 361 - 361
Published: Feb. 9, 2024
Carbon
containing
waste
has
a
certain
calorific
value
and
utilization
due
to
the
presence
of
carbon
elements.
However,
current
treatment
methods
are
mostly
traditional
landfill
disposal,
incineration,
or
expensive
physical
chemical
reaction
methods,
which
clearly
do
not
comply
with
rules
clean
resource-saving
society.
In
this
paper,
new
technology
system
for
wastes
is
proposed,
comprehensively
treats
recycles
wastes,
including
solid
waste,
wastewater,
gas,
etc.,
using
pyrolysis–gasification
two-stage-cycle
technology.
The
calculation
results
indicate
that
technical
scheme
proposed
in
article
feasible
can
achieve
recycling
intermediate
final
products,
efficient
graded
energy.
rate
be
effectively
improved,
energy
consumption
cost
separate
treatments
reduced,
zero
emissions
completely
achieved
by
comprehensive
resource
technology,
one
preferred
solutions
future
societies.
STAR Protocols,
Journal Year:
2023,
Volume and Issue:
4(4), P. 102685 - 102685
Published: Oct. 30, 2023
Amid
a
surge
in
waste
volume,
the
need
to
achieve
sustainable
treatment
has
become
increasingly
important.
Here,
we
present
protocol
for
design
and
accelerated
optimization
of
waste-to-energy
system
using
artificial
intelligence
tools.
We
describe
steps
process
advancement
as
demonstrated
by
medical
waste-to-methanol
conversion
implementing
data-driven
optimization.
then
detail
procedures
streamlining
tasks
establishing
connectivity
between
systems
such
Aspen
Plus
MATLAB.
For
complete
details
on
use
execution
this
protocol,
please
refer
Shi
et
al.
(2022)
