Difficulty
in
degrading
lignocellulose
during
composting
leads
to
reduced
humic
substance
content
mineralization.
Because
of
this,
the
experiment
is
focused
on
investigating
effect
clay
addition
with
Fenton-like
effects
preprocessing
substance.
Setting
treatment
groups
were
CK,
Z,
FeZ,
and
mineral
CK+,
Z+,
FeZ+.
The
results
showed
that
group(FeZ)increased
precursor
by
31.3%.
minerals
increased
conversion:
FeZ+
>
FeZ
Z+
Z
CK+
CK.
pre-treatment
resulted
a
significant,
amount
generated
each
group
was
120.0
mg/g
(CK),
141.6
(CK+),
135.8
(Z),
160.4
(Z+),
165.2
(FeZ),
180.9
(FeZ+),
at
same
time
component
varies.
Upon
coupling
treatment,
microbial
structure
becomes
progressively
more
complex,
dominant
genera
change,
diversity
increases.
Structural
equations
confirm
pretreatment
combined
can
affect
promoting
transformation.
On
other
hand,
it
alter
community
promote
production
fixation.
This
study
provides
new
insights
theoretical
support
for
stable
increase
Journal of Xenobiotics,
Journal Year:
2024,
Volume and Issue:
14(1), P. 416 - 451
Published: March 20, 2024
Biochar
(BC),
also
referred
to
as
“black
gold”,
is
a
carbon
heterogeneous
material
rich
in
aromatic
systems
and
minerals,
preparable
by
the
thermal
decomposition
of
vegetable
animal
biomasses
controlled
conditions
with
clean
technology.
Due
its
adsorption
ability
presence
persistent
free
radicals
(PFRs),
BC
has
demonstrated,
among
other
uses,
great
potential
removal
environmental
organic
inorganic
xenobiotics.
Bamboo
an
evergreen
perennial
flowering
plant
characterized
short
five-year
growth
period,
fast
harvesting,
large
production
many
tropical
subtropical
countries
worldwide,
thus
representing
attractive,
low-cost,
eco-friendly,
renewable
bioresource
for
producing
BC.
their
surface
area
increased
porosity,
pyrolyzed
derivatives
bamboo,
including
bamboo
biochar
(BBC)
or
activated
BBC
(ABBC),
are
considered
bio-adsorbent
materials
removing
heavy
metals,
well
contaminants
from
wastewater
soil,
improving
yield.
Nowadays,
increasing
technological
applications
ABBC
include
employment
energy
sources,
catalyze
chemical
reactions,
develop
thermoelectrical
devices,
3D
solar
vapor-generation
devices
water
desalination,
efficient
photothermal-conversion
devices.
Anyway,
although
it
alternative
biomass
wood
produce
BC,
paving
way
new
bio-
circular
economy
solutions,
study
bamboo-derived
still
infancy.
In
this
context,
main
scope
review
was
support
stimulate
further
studies
about
possible
applications,
enlarging
current
knowledge
these
allowing
more
rational,
safer,
optimized
application.
To
end,
after
having
provided
background
concerning
methods,
we
have
reviewed
discussed
on
reported
recent
years.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(2), P. 538 - 538
Published: Jan. 12, 2025
This
study
used
ceramsite
and
superphosphate
as
exogenous
additives
for
composting
garden
wastes.
It
investigated
the
changes
in
temperature,
pH,
lignocellulose,
enzyme
activity,
humic
substrates,
humification
parameters
during
process.
A
total
of
four
treatments—T0
(CK),
T1
(ceramsite),
T2
(superphosphate),
T3
(superphosphate
+
ceramsite)—were
tested
a
50-day
experiment.
was
found
that
formation
compost
substrate
could
be
increased
to
14.69%
under
action
ceramsite.
In
addition,
promoted
lignocellulose
degradation,
improved
enhanced
material
conversion
At
same
time,
also
substrates
but
less
effective
than
Ceramsite
is
best
additive
promoting
maturation.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(18), P. 7910 - 7910
Published: Sept. 10, 2024
The
manure–compost–soil
process
is
the
main
avenue
for
using
agricultural
livestock
waste.
Biochar
not
only
impacts
composting
but
also
enhances
soil’s
organic
matter
and
nitrogen
content
when
applied
with
compost.
This
paper
explores
profound
impact
of
biochar
as
an
additive
on
process,
uncovering
novel
mechanisms
driving
enhanced
soil
health
bacterial
succession.
basic
physicochemical
properties
(organic
matter,
total
nitrogen,
etc.)
microbial
structure
samples
were
analyzed.
increased
C/N
ratio
carbon
Biochar,
compost,
biochar-based
compost
improved
soil.
After
high-temperature
composting,
Saccharomonospora
(from
2.68%
to
0.80%),
Atopostipes
5.71%
0.13%),
Lactobacillus
5.27%
0.04%)
almost
eliminated.
Lysobacter,
Glutamicibacter,
Streptomyces
dominant
genera
in
samples,
promoting
plant
growth.
Nocardiopsis,
Saccharomonospora,
Bacillus,
Oceanobacillus
dominated
whole
process.
Thus,
could
eliminate
toxic
or
negative
bacteria
directly
deposited
into
by
manure.
Those
arising
from
contribute
matter’s
cycle.
