Deleted Journal,
Journal Year:
2025,
Volume and Issue:
2(2), P. 10 - 10
Published: Jan. 7, 2025
The
poisoning
of
aquatic
and
subterranean
habitats
by
petroleum
its
compounds
is
one
the
most
alarming
environmental
issues.
This
work
proposes
use
Pseudomonas
spp.
for
degrading
treatment
engine
oil.
An
isolated
bacterial
strain
from
soils
affected
oil,
putida,
was
able
to
manufacture
pyoverdine
with
a
higher
productivity
level
18.8%.
With
Sepharose
4B
activated
epichlorhydrin
isolated.
It
eluted
as
two
isoforms
in
peaks.
degradation
gasoline
oil
purified
increased
over
time,
reaching
maximum
after
nine
days.
As
time
increased,
decreased,
suggesting
that
using
microbial
products
biological
alternatives
could
be
more
economical
effective
way
reduce
pollutants
conserve
natural
resources.
Processes,
Journal Year:
2023,
Volume and Issue:
11(10), P. 3036 - 3036
Published: Oct. 22, 2023
In
an
era
of
rising
population
density
and
industrialization,
the
environment
confronts
growing
challenges.
Soil,
agricultural
land,
water
bodies
are
becoming
increasingly
polluted
by
petroleum
waste
hydrocarbons.
While
hydrocarbons
naturally
present
in
crude
oil,
refining
processes
compound
complexity
toxicity
This
is
particularly
evident
polycyclic
aromatic
(PAHs)
found
air
soil,
known
for
their
carcinogenic,
mutagenic,
teratogenic
properties.
response,
biodegradation
emerges
as
eco-friendly,
cost-effective
solution,
especially
petroleum-contaminated
settings.
Biodiverse
microbial
communities
play
a
pivotal
role
managing
hydrocarbon
contamination,
contingent
on
location,
toxicity,
activity.
To
optimize
biodegradation,
understanding
its
mechanisms
essential.
review
delves
into
varied
bioremediation
techniques,
degradation
pathways,
contributions
activities
to
efficiently
removing
pollutants.
Recent
research
spotlights
specific
microorganisms
like
bacteria,
microalgae,
fungi
adept
at
degradation,
offering
contemporary
perspective
pollutant
bioremediation.
These
break
down
hydrocarbons,
with
enzymatic
catalysis
markedly
accelerating
breakdown
compared
conventional
methods.
Given
intricate
nature
cooperative
bacterial
consortia
instrumental
effective
cleanup,
driven
genes
guiding
metabolism.
For
efficient
removal
from
compromised
environments,
it
advisable
adopt
integrated
approach
that
combines
biostimulation
bioaugmentation.
