Current Research in Environmental Sustainability,
Год журнала:
2021,
Номер
3, С. 100050 - 100050
Опубликована: Янв. 1, 2021
A
key
interlinking
factor
of
many
global
issues
is
the
accumulated
negative
effects
pollution
and
poor
resource/land
management
our
remaining
natural
resources.
Emerging
applications
microalgal
biotechnology
demonstrate
potential
for
microalgae
to
solve
some
these
challenges
by
reducing
aquatic
pollutants,
as
well
providing
a
source
sustainably
produced
feedstock
product
development.
This
review
describes
how
can
assist
in
achievement
number
United
Nation's
Sustainable
Development
Goals,
including
Zero
Hunger,
Clean
Water
Sanitation,
Affordable
Energy,
Responsible
Consumption
Production,
Life
Below
on
Land.
Frontiers in Plant Science,
Год журнала:
2020,
Номер
11
Опубликована: Март 17, 2020
Mankind
has
recognized
the
value
of
land
plants
as
renewable
sources
food,
medicine,
and
materials
for
millennia.
Throughout
human
history,
agricultural
methods
were
continuously
modified
improved
to
meet
changing
needs
civilization.
Today,
our
rapidly
growing
population
requires
further
innovation
address
practical
limitations
serious
environmental
concerns
associated
with
current
industrial
practices.
Microalgae
are
a
diverse
group
unicellular
photosynthetic
organisms
that
emerging
next-generation
resources
potential
urgent
demands.
The
extensive
biological
diversity
algae
can
be
leveraged
produce
wealth
valuable
bioproducts,
either
naturally
or
via
genetic
manipulation.
additionally
possess
set
intrinsic
advantages,
such
low
production
costs,
no
requirement
arable
land,
capacity
grow
in
both
large-scale
outdoor
systems
scalable,
fully
contained
photobioreactors.
Here,
we
review
technical
advancements,
novel
fields
application,
products
field
algal
biotechnology
illustrate
how
could
present
high-tech,
low-cost,
environmentally
friendly
solutions
many
future
society.
We
discuss
technologies
synthetic
biology,
high-throughput
phenomics,
application
internet
things
(IoT)
automation
manufacturing
technology
advance
understanding
biology
and,
ultimately,
drive
establishment
an
algal-based
bioeconomy.
Fermentation,
Год журнала:
2021,
Номер
7(4), С. 268 - 268
Опубликована: Ноя. 18, 2021
Fossil
fuels
are
a
major
contributor
to
climate
change,
and
as
the
demand
for
energy
production
increases,
alternative
sources
(e.g.,
renewables)
becoming
more
attractive.
Biofuels
such
bioethanol
reduce
reliance
on
fossil
can
be
compatible
with
existing
fleet
of
internal
combustion
engines.
Incorporation
biofuels
engine
(ICE)
carbon
dioxide
emissions.
Bioethanol
is
typically
produced
via
microbial
fermentation
fermentable
sugars,
glucose,
ethanol.
Traditional
feedstocks
first-generation
feedstock)
include
cereal
grains,
sugar
cane,
beets.
However,
due
concerns
regarding
food
sustainability,
lignocellulosic
(second-generation)
algal
biomass
(third-generation)
have
been
investigated.
Ethanol
yield
from
dependent
multitude
factors.
This
review
compares
range
feedstocks,
elaborates
available
technologies,
including
practices.
The
importance
maintaining
nutrient
homeostasis
yeast
also
examined.
purpose
this
provide
industrial
producers
policy
makers
insight
into
yields
achieved
by
current
manufacturing
practices,
goals
future
innovation.
Physiologia Plantarum,
Год журнала:
2021,
Номер
173(2), С. 526 - 535
Опубликована: Март 25, 2021
Heavy
metals
in
industrial
wastewaters
are
posing
a
serious
threat
to
the
environment
and
human
health.
Microalgae
increasingly
being
seen
as
potential
solutions
this
problem
they
can
remove
pollutants
through
biosorption.
This
process
offers
certain
advantages
over
other
more
traditional
metal
removal
techniques
it
is
simple,
inexpensive,
eco-friendly,
be
performed
wide
range
of
experimental
conditions.
Biosorption
possible
due
unique
complex
structure
microalgal
cell
wall.
The
variety
functional
groups
on
surface
wall
(such
carboxyl
or
amino
groups)
act
binding
sites
for
heavy
metals,
thus
removing
them
from
environment.
review
focuses
composition
most
commonly
used
microalgae
shows
role
their
biosorption
process.
also
aims
report
models
predict
velocity
capacities.
Microbial Cell Factories,
Год журнала:
2020,
Номер
19(1)
Опубликована: Ноя. 2, 2020
Abstract
Background
Vitamins’
deficiency
in
humans
is
an
important
threat
worldwide
and
requires
solutions.
In
the
concept
of
natural
biofactory
for
bioactive
compounds
production,
microalgae
represent
one
most
promising
targets
filling
many
biotechnological
applications,
allowing
development
eco-sustainable
production
metabolites.
Vitamins
are
probably
cutting
edges
microalgal
diversity
compounds.
Main
text
Microalgae
can
usefully
provide
required
vitamins
humans,
more
than
terrestrial
plants,
instance.
Indeed,
D
K,
little
present
plants
or
fruits,
instead
available
from
microalgae.
The
same
occurs
some
B
(B
12
,
9
6
),
while
other
(A,
C,
D,
E)
also
provided
by
This
large
panel
cells
represents
exploitable
platform
order
to
use
them
as
vitamins’
producers
human
consumption.
study
aims
integrative
overview
on
content
realm,
discuss
great
potential
sources
different
forms
be
included
functional
ingredients
food
nutraceuticals
health.
We
report
biological
roles
microalgae,
current
knowledge
their
modulation
environmental
forcing
activity
metabolism
health
protection.
Conclusion
Finally,
we
critically
challenges
promoting
a
relevant
source
vitamins,
further
enhancing
interests
“biofactory”
such
cosmeceuticals.
Sustainability,
Год журнала:
2021,
Номер
13(6), С. 3247 - 3247
Опубликована: Март 16, 2021
Palm
oil
mill
effluent
(POME)
is
the
wastewater
produced
during
palm
sterilization
process,
which
contains
substantial
amounts
of
nutrients
and
phosphorous
that
are
harmful
to
environment.
High
BOD
COD
POME
as
high
100,000
mg/L,
endanger
Effective
pre-treatment
required
before
disposal.
As
microalgae
have
ability
biosorption
on
perform
photosynthesis,
they
can
be
utilized
a
sustainable
treatment
operation,
contributes
effective
biofuel
production.
Microalgae
species
C.
pyrenoidosa
has
shown
achieve
68%
lipid
production
along
with
71%
nutrient
reduction
in
POME.
In
this
study,
brief
discussion
about
impacts
will
affect
environment
presented.
Additionally,
potential
treating
evaluated
its
benefits.
Furthermore,
condition
growth
also
assessed
study
suitable
for
cultivated
in.
Moreover,
experimental
studies
characteristics
performance
being
their
feasibility.
One
profitable
applications
using
production,
discussed
review.
However,
advantages
brought
from
cultivating
POME,
there
some
concerns,
cause
pollution
if
not
handled
well,
last
section
paper.
