Bioresource Technology,
Год журнала:
2022,
Номер
370, С. 128494 - 128494
Опубликована: Дек. 14, 2022
In
this
study,
immobilized
biological
activated
carbon
(IBAC)
mediated
with
Olivibacter
jilunii
(strain
PAO-9)
was
utilized
to
treat
aquaculture
wastewater
for
nutrients
removal.
IBAC
strain
PAO-9
could
load
the
greatest
ppk1
gene
copy
numbers
(129524.6)
per
gram
on
at
28
°C
2
d
in
120
rpm
of
stirring
speed
and
stationary
condition.
Moreover,
results
about
removal
microbiology
community
structure
showed
that
alter
diversity
microbial
communities
then
promoted
remove
total
phosphorus
nitrogen
eel
wastewater.
The
highest
phosphorus,
chemical
oxygen
demand,
ammonia
treated
by
were
96.1
%,
98.0
100.0
%
97.4
respectively.
all,
O.
a
potential
effective
approach
Bioresource Technology,
Год журнала:
2022,
Номер
370, С. 128494 - 128494
Опубликована: Дек. 14, 2022
In
this
study,
immobilized
biological
activated
carbon
(IBAC)
mediated
with
Olivibacter
jilunii
(strain
PAO-9)
was
utilized
to
treat
aquaculture
wastewater
for
nutrients
removal.
IBAC
strain
PAO-9
could
load
the
greatest
ppk1
gene
copy
numbers
(129524.6)
per
gram
on
at
28
°C
2
d
in
120
rpm
of
stirring
speed
and
stationary
condition.
Moreover,
results
about
removal
microbiology
community
structure
showed
that
alter
diversity
microbial
communities
then
promoted
remove
total
phosphorus
nitrogen
eel
wastewater.
The
highest
phosphorus,
chemical
oxygen
demand,
ammonia
treated
by
were
96.1
%,
98.0
100.0
%
97.4
respectively.
all,
O.
a
potential
effective
approach
