Drying Technology,
Год журнала:
2024,
Номер
42(6), С. 980 - 996
Опубликована: Апрель 5, 2024
Antibiotic
residues
and
antibiotic
resistance
genes
(ARGs)
in
sludge
pose
high
risks
to
human
health
the
ecological
environment.
Hyper-temperature
aerobic
bio-drying
system
(HTAB)
has
potential
for
higher
degradation
efficiency
of
antibiotics
ARGs
due
high-temperature
rapid
organic
matter
degradation.
This
study
firstly
reports
two
HTAB
processes,
hyperthermophilic
(HAB)
electro-assisted
heating
(EHAB),
removal
four
types
antibiotics,
quinolones,
tetracyclines,
macrolides,
sulfonamide
ARGs,
as
well
relationship
between
ARGs.
The
microbial
communities
processes
showed
significant
differences
compared
conventional
process
(CAB).
Compared
CAB,
significantly
improved
shortened
half-life
antibiotics.
In
total
HAB
EHAB
was
78.11
74.15%,
respectively.
with
process,
had
all
especially
improving
tetracyclines.
both
enhanced
mobile
genetic
elements
(MGEs).
a
MGEs
EHAB.
relevant
mechanisms
indicated
that
temperature
changes
jointly
affected
