Sustainability,
Год журнала:
2024,
Номер
16(23), С. 10157 - 10157
Опубликована: Ноя. 21, 2024
A
plethora
of
sustainability-related
challenges
plague
the
modern
world,
among
which
is
residue
management.
The
significant
implications
waste
management
on
local
populations
and
global
climate
system
have
propelled
research
efforts
toward
Improved
understanding
predictions
in
biomass
can
help
identify
opportunities
to
advance
address
these
complex
challenges.
In
recent
years,
sustainability
science
has
gained
momentum
viewed
as
most
effective
approach
addressing
wicked
problems.
For
instance,
release
greenhouse
gases
into
atmosphere
a
major
contributor
change.
This
review
examines
how
greater
knowledge
human–environment
interaction
value
ecological
services
could
facilitate
recycling
agricultural
forestry
wastes
for
their
uses
bioenergy
production
soil
protection.
addition,
it
highlights
connection
between
residual
United
Nations
Sustainable
Development
Goals,
thereby
strengthening
circular
economy.
Additionally,
this
also
discusses
interdisciplinary
systems
thinking
contribute
advancement
aims
explore
principles
enhance
reutilization
forest
residues
through
It
assess
potential
reducing
environmental
social
impacts.
Environmental Chemistry Letters,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 28, 2025
Abstract
Traditional
Chinese
medicine
has
a
rich
history
in
the
diagnosis
and
treatment
of
diseases,
yet
disposal
residues
by
incineration
landfilling
is
challenging.
Here
we
review
methods
to
recycle
with
focus
on
challenges,
recycling
solutions,
case
studies.
Cases
studies
include
extraction
bioactive
compounds,
use
as
feed
additives,
biochar-based
materials.
We
observed
that
from
single-compound
medicines
are
easier
extract
into
animal
additives
or
adsorbents.
Technical
economic
analysis
show
valorisation
profitable.
For
instance,
re-extraction
cost
flavonoids
25.8–36.6%
lower
than
market
price,
represents
14.7%
prices.
Industrial & Engineering Chemistry Research,
Год журнала:
2024,
Номер
63(46), С. 19916 - 19935
Опубликована: Ноя. 7, 2024
Given
the
global
greenhouse
effect
caused
by
excessive
CO2
emissions
and
fossil
energy
exploitation,
cleaner
sources
are
crucial
for
modern
developments.
Lignin
present
in
biomass
is
being
considered
to
replace
petroleum
due
its
abundance
reproducibility.
Although
depolymerization
of
lignin
produce
high-value
chemicals
has
gained
attention,
it
encounters
significant
challenges.
possesses
a
high
molecular
weight,
structural
changes
during
separation
often
diminish
potential
producing
value-added
chemicals.
This
study
reviews
recent
research
on
using
three
traditional
methods,
including
hydrolysis,
pyrolysis,
hydrogenolysis.
First,
hydrolysis
presented,
where
properties
mechanisms
under
various
conditions
detailed.
Subsequently,
pyrolysis
mechanism,
products,
methods
(catalytic
microwave
molten
salt
pyrolysis)
discussed
detail.
In
addition,
this
provides
comprehensive
summary
hydrogenolysis
terms
both
solvent
selection
catalytic
system.
Finally,
addresses
challenges
proposes
solutions
future
research.
