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
The
effects
of
different
proportions
sheep
manure
(SM)
and
furfural
residue
(FR)
adding
microbial
agents
(MA)
on
compost
maturity,
substance
transformation
bacterial-fungal
communities
were
investigated.
Four
groups
designed
with
low
FR
ratio
(13SM+FR,
13SM+FR+MA)
high
(SM+FR+MA,
SM+FR),
among
them,
SM+FR+MA
13SM+FR+MA
both
added
0.4%
MA.
results
showed
that
after
30-days
pile
composting,
all
treatment
met
the
requirements
for
indicating
combined
composting
SM
feasible.
High
ratios
addition
MA
can
significantly
enhance
temperature
prolong
thermophilic
phase
during
process.
more
conducive
to
decomposition
organic
matter
(OM)
maturity.
Adding
promotes
metabolism
carbohydrates
proteins
by
altering
activity
enzymes
in
phase,
while
weakening
pathways
such
as
biosynthesis
secondary
metabolites
carbon
cooling
maturation
phase.
In
contrast
MA,
adjusting
proportion
raw
materials
easier
effective
reshape
composting.
addition,
reduce
abundance
pathogens
Rhodotorula,
Exophiala,
Scythalidium,
Lecythophora.
Therefore,
process,
be
directly
used
a
conditioner
higher
increase
C/N
are
strategies
inhibiting
enhancing
