Environmental Quality Management,
Год журнала:
2022,
Номер
32(2), С. 161 - 176
Опубликована: Ноя. 16, 2022
Abstract
The
rapid
growth
and
development
of
industrial
sectors
releases
massive
amounts
phenolic
contaminants
into
the
aquatic
environment.
Bioremediation
is
a
long‐term
cost‐effective
way
removing
from
success
bioremediation
depends
heavily
on
biomass
growth,
enzymatic
activities
microbial
communities,
their
interactions,
other
cellular
metabolic
related
to
degradation.
Thus,
current
review
paper
focuses
evaluating
remediation
as
well
many
challenges
that
come
with
it,
special
reference
to:
(i)
uses,
occurrence
pollutants,
contamination
levels;
(ii)
factors
affecting
biodegradation
such
effect
temperature,
pH,
agitation
speed,
carbon
sources,
inoculum
size,
age.
nutritional
requirements
for
improved
contaminated
environments
were
also
highlighted,
particular
emphasis
role
culture
medium
components
various
redox
mediators
in
compound
removal.
efficiency
has
been
compared
number
previously
described
advanced
oxidation
processes.
Energies,
Год журнала:
2024,
Номер
17(6), С. 1504 - 1504
Опубликована: Март 21, 2024
Brewery
(BW)
and
dairy
(DW)
wastewater
are
two
types
of
agro-industrial
that
generated
in
large
amounts
and,
therefore,
should
be
treated
effectively
an
environmentally
beneficial
manner.
Both
these
characterized
by
a
high
COD,
BOD5,
nutrient
content,
conventional
treatment
methods
such
as
activated
sludge
process
may
prove
to
inefficient
due
the
possibility
foaming,
biomass
production,
low
activity
at
temperatures,
risk
overloading
reactor
with
load
organic
pollutants.
In
context
described
difficulties,
anaerobic
processes
seem
best
alternative.
An
interesting
research
area
is
co-digestion
wastewaters.
However,
this
direction,
so
far,
has
not
been
frequently
reported.
Given
gap
current
knowledge,
literature
review
aims
assess
BW
DW
digestion
reactors
provide
up-to-date
data
on
post-treatment
effluent
after
process.
Despite
numerous
advantages,
often
requires
post-effluent
complete
cycle.
