Biofuels Bioproducts and Biorefining,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 4, 2024
Abstract
The
efficient
use
of
vinasse,
the
primary
byproduct
sugarcane
ethanol
production,
is
important
for
economic
and
environmental
sustainability
industry.
Few
studies
have
quantified
soil
health
response
to
long‐term
vinasse
application,
even
though
this
generally
applied
as
a
potassium
(K)
source
in
fields.
Soil
Management
Assessment
Framework
(SMAF)
was
used
assess
integrated
soils
with
contrasting
textures.
Chemical,
physical,
biological
indicators
were
selected,
measured,
into
index
clay‐
sandy‐textured
Brazil.
Overall,
application
improved
components
both
soils.
results
showed
that
benefits
go
beyond
increasing
K
content.
Vinasse
increased
organic
carbon
content,
nutrient
recycling,
physical
quality.
from
49%
62%
clayey
43%
61%
sandy
clay
soil.
findings
therefore
revealed
potential
reduce
need
synthetic
fertilizer
promote
circular
economy
regardless
type.
This
study
verifies
sandy‐
clay‐texture
Brazil
has
because
it
recycles
an
enhances
health.
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(17), P. 11089 - 11089
Published: Sept. 5, 2022
Sugarcane
is
a
lignocellulosic
crop
and
the
juice
extracted
from
its
stalks
provides
raw
material
for
86%
of
sugar
production.
Globally,
sugarcane
processing
to
obtain
and/or
ethanol
generates
more
than
279
million
tons
solid
liquid
waste
annually,
as
well
by-products;
namely,
straws,
bagasse,
press
mud,
wastewater,
ash
bagasse
incineration,
vinasse
distillation,
molasses.
If
not
properly
managed,
this
will
pose
risks
both
environmental
factors
human
health.
Lately,
valorization
has
gained
momentum,
having
an
important
contribution
fulfillment
policies
objectives
related
sustainable
development
circular
bioeconomy.
Various
technologies
are
well-established
implemented
by-products
processing,
while
other
innovative
still
in
research
stage,
with
encouraging
prospects.
We
propose
flow
present
analysis
physico-chemical
characteristics
generated
wastes
by-products.
emphasize
available
possibilities
valorizing
each
by-product,
considering
that
they
biomass
resources
obtaining
biofuels
wide
range
products
added
value,
which
contribute
sustainability
environment,
agriculture,
health
worldwide.
Heliyon,
Journal Year:
2022,
Volume and Issue:
8(12), P. e12609 - e12609
Published: Dec. 1, 2022
This
paper
provides
a
mini
review
of
liquid
biofertilizers,
which
have
been
proven
to
perform
better
than
the
other
forms
in
lasting
for
longer
periods
time,
improving
crop
quality,
and
requiring
less
amounts
application.
The
production
types
inoculants,
their
effect
on
plant
growth
are
covered
this
review.
Liquid
biofertilizers
can
be
made
from
wastes
by-products
several
industries,
making
zero
or
near-zero
discharge
possible
thus
gearing
towards
circular
economy.
Despite
usefulness
enhancing
quality
eco-friendliness,
order
compete
with
chemical
fertilizers,
there
number
challenges
overcome,
such
as
extending
shelf
life,
them
more
susceptible
seasonal
climate
conditions
soil
types,
development
suitable
machineries
More
field
trials,
cost-benefit
analysis
long-term
studies
should
also
evaluated
commercialization
purposes.
Fermentation,
Journal Year:
2023,
Volume and Issue:
9(4), P. 349 - 349
Published: April 1, 2023
Sugarcane
ethanol
production
generates
about
360
billion
liters
of
vinasse,
a
liquid
effluent
with
an
average
chemical
oxygen
demand
46,000
mg/L.
Vinasse
still
contains
11%
the
original
energy
from
sugarcane
juice,
but
this
is
diluted.
This
residue,
usually
discarded
or
applied
in
fertigation,
suitable
substrate
for
anaerobic
digestion
(AD).
Although
technology
not
yet
widespread—only
3%
bioethanol
plants
used
it
Brazil
past,
most
discontinuing
process—the
research
continues.
With
biomethane
potential
ranging
215
to
324
L
methane
produced
by
kilogram
organic
matter
AD
could
improve
output
biorefineries.
At
same
time,
residual
digestate
be
as
agricultural
amendment
microalgal
further
stream
valorization.
review
presents
current
and
describes
state
art
vinasse
AD,
including
technological
trends,
through
recent
patent
evaluation.
It
also
appraises
integration
ideal
biorefinery
approach.
finally
discusses
bottlenecks
possible
directions
development
widespread
adoption
simple
powerful
approach
bioresource
recovery.
Fermentation,
Journal Year:
2023,
Volume and Issue:
9(3), P. 199 - 199
Published: Feb. 21, 2023
Anaerobic
digestion
technology
is
regarded
as
the
most
ideal
for
treatment
of
a
distiller
in
terms
environmental
protection,
resource
utilization,
and
cost.
However,
there
are
some
limitations
to
this
process,
prominent
which
microbial
activity.
The
purpose
paper
provide
critical
review
microorganisms
involved
anaerobic
process
distiller,
with
emphasis
on
archaea
community.
effects
operating
parameters
activity
such
pH,
temperature,
TAN,
etc.,
discussed.
By
understanding
microorganisms,
can
be
more
mature.
Aiming
at
problem
that
alone
not
effective,
synergistic
effect
different
substrates
briefly
In
addition,
recent
literature
use
purify
was
collected
order
better
reduce
harm.
future,
studies
needed
elucidate
interactions
between
establish
mechanisms
environments.
Frontiers in Agronomy,
Journal Year:
2024,
Volume and Issue:
6
Published: Feb. 27, 2024
Farming
practices
reliant
solely
on
synthetic
agrochemicals
face
unreliability
in
the
current
era
marked
by
unpredictable
climate
changes
and
rapid
soil
health
deterioration.
Consequently,
a
shift
towards
sustainable
approaches
is
imperative
to
ensure
both
food
security
environmental
quality.
Molasses
vinasse,
abundant
organic
liquid
by-products
from
sugar
processing
distillery
industries
respectively,
have
historically
served
as
conditioners
biofertilizers.
Despite
their
potential,
effectiveness
amendments
remain
relatively
unknown
globally.
In
response,
we
conducted
systematic
literature
review
unveil
benefits
of
molasses
vinasse
amendments.
Our
findings
reveal
that
these
consist
inorganic
compounds
enhance
aquatic
ecosystem
performance.
These
include
essential
plant
nutrients
mineral
elements
matter,
contributing
improved
physico-chemical
biological
properties.
Notably,
application
crop
production
has
demonstrated
superiority
over
chemical
fertilizers,
particularly
when
combined
with
other
been
reported
significantly
increase
yield
several
crops
including
sugarcane
(
Saccharum
officinarum
),
tomatoes
Solanum
lycopersicum
soybean
Glycine
max
maize
Zea
mays
)
rice
Oryza
sativa
).
Strategic
utilization
potential
quality
reducing
heavy
metal
loads
mitigating
negative
impacts
associated
fertilizers.
However,
it
crucial
note
irregular
disposal
or
misuse
can
result
detrimental
effects
environment
human
health.
To
encourage
global
scale,
establish
appropriate
dosages,
raise
awareness
among
farmers
stakeholders
regarding
judicious
use,
develop
effective
methods
for
handling
vinasse.
This
approach
ensures
cost-effective
environmentally
friendly
amendments,
fostering
harmonious
balance
between
agricutural
productivity
ecological
well-being.
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(18), P. 11635 - 11635
Published: Sept. 16, 2022
Vinasse
is
a
toxic
pollutant
if
it
poured
into
the
ecosystem
indiscriminately;
despite
this,
integrates
components
that
make
valuable
in
nutrients
and
water.
However,
its
use
has
been
questioned
due
to
costs
involved
purification.
This
systematic
review
focuses
on
valorization
of
vinasse
from
studies
performed
for
post-industrial
use.
Trends
management
bioproduct
development
were
analyzed.
The
PRISMA
statement
was
used
as
formal
guide
collecting
analyzing
131
2018
2022.
We
determined
biological
processes
are
most
obtain
benefits
vinasse,
obtaining
up
three
bioproducts.
While
true
there
predominant
trend
focused
generation
biofuels,
must
be
noted
beginning
sucro-alcohol
chain
agricultural
field.
In
this
sense,
we
determine
14%
treat
reuse
purposes,
so,
under
Circular
Economy
principles,
reincorporation
field
take
advantage
goodness
minerals
sustainable
eco-efficient
alternative
should
research
accelerates
consumption
generated
alcohol
distilleries.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(13), P. 5411 - 5411
Published: June 26, 2024
The
use
of
filter
cake
and
vinasse
in
agriculture
began
the
1970s
intensified
1990s.
Currently,
Ukraine
war
high
value
fertilizers
have
created
opportunities
for
fertilization
programs
agricultural
systems
with
sustainable
goals.
This
review
presents
updated
data
(1988–2024)
a
discussion
on
potential
indicates
current
progress
research
this
subject
addition
to
future
prospects.
Filter
stands
out
due
formulation
organomineral
direct
application
composted
or
fresh
forms,
favoring
agronomic
efficiency
phosphorus.
fertigation
is
feasible
replaces
potassium
mineral
other
nutrients
following
an
organic
matrix.
Future
perspectives
point
basis
from
different
approaches.
aim
potentiate
their
benefits
soil-plant-atmosphere
system.
It
noteworthy
that
vinasse,
when
combined
growth-promoting
bacteria
irrigated
crops,
can
nullify
negative
effects
climate
change
increased
productivity
and,
at
same
time,
meet
United
Nations
Sustainable
Development
Goals
by
2030.
contributes
facing
global
challenges
related
food
security
recycling
generating
clean
bioenergy
sugarcane
biomass.
