Cleaner Chemical Engineering,
Journal Year:
2022,
Volume and Issue:
3, P. 100044 - 100044
Published: June 29, 2022
The
use
of
microalgae
for
CO2
sequestration
helps
in
mitigating
global
warming.
This
paper
reviews
the
application
with
emphasis
on
performance
evaluation,
lifecycle,
economic
assessment,
as
well
environmental
impact.
mechanism
is
done
during
photosynthesis,
via
bioconcentration.
Performance
evaluation
revealed
that
efficiency
capture
and
by
ranges
between
40%
93.7%.
However,
macro
carbon
emission
reduction
has
not
yet
been
fully
understood,
therefore
requires
more
studies.
Also,
cost-effectiveness
cultivation
still
needs
research
based
recent
realities.
It
recommended
design
operation
be
focused
so
technology
can
compete
favourably
existing
technologies.
Overall,
it
surmised
an
effective
technique
capture,
but
interesting
areas
development
greater
Desalination and Water Treatment,
Journal Year:
2024,
Volume and Issue:
317, P. 100205 - 100205
Published: Jan. 1, 2024
Throughout
the
years,
experiments
with
membrane,
electrochemical,
biological
and
thermal
technologies
have
been
explored
to
recover
resources
from
a
range
of
wastewaters
such
as
municipal,
industrial,
urine
sewage
sludge.
However,
multiple
resource
recoveries
at
commercial
pilot
scale
are
still
lacking,
instead,
focusing
on
specialising
recovery
narrow
set
products.
Herein,
divergence
across
municipal
industrial
wastewater
streams
–
nutrients
energy
for
municipal;
heavy
metals
water
streams;
material
seen
both
was
observed
through
literature
review.
This
review
aims
provide
perspective
academic
professionals
alike
current
available
their
emerging
trends
tie
in
these
circular
economics.
Consequently,
high
sludge
transportation
costs
may
pressure
treatment
plants
(WWTPs)
adopt
value-adding,
onsite
transforming
centralised
decentralised
WWTPs
into
facilities.
Heliyon,
Journal Year:
2022,
Volume and Issue:
8(4), P. e08995 - e08995
Published: April 1, 2022
Bioaugmentation,
the
addition
of
cultured
microorganisms
to
enhance
currently
existing
microbial
community,
is
an
option
remediate
contaminated
areas.
Several
studies
reported
success
bioaugmentation
method
in
treating
heavy
metal
soil,
but
concerns
related
applicability
this
real-scale
application
were
raised.
A
comprehensive
analysis
mechanisms
treatment
by
microbes
(especially
bacteria)
and
possible
real
scale
juxtaposed
show
weakness
claim.
This
review
proposes
use
bioaugmentation-assisted
phytoremediation
soil.
The
performance
soil
as
well
removal
interactions
between
plants
are
also
discussed
detail.
Bioaugmentation-assisted
shows
greater
efficiencies
performs
complete
from
compared
with
only
bioaugmentation.
Research
selection
hyperaccumulator
species,
potential
interaction
mechanisms,
usage
plant
biomass
after
suggested
future
research
directions
proposed
topic.
