Macromolecular Symposia,
Journal Year:
2024,
Volume and Issue:
413(2)
Published: April 1, 2024
Abstract
Dye‐containing
waste
should
be
carefully
treated
using
environmentally
friendly
technology
to
prevent
environmental
harm
and
preserve
water
resources.
Adsorptive
membranes
are
a
promising
new
approach
for
decreasing,
recovering,
reusing
while
also
removing
contaminants
like
dyes.
In
this
work,
two
different
techniques
employed
create
sugarcane
bagasse
pulp
carbon
from
charcoal.
the
first
technique,
surface
of
is
coated
with
charcoal
paste
as
shown
in
Figure
1,
second,
combined
particles
before
being
formed
into
sheets.
It
discovered
that
manufactured
has
micron‐sized
pores.
mixed‐fabricated
membrane
99.4%
better
efficiency
than
one.
The
membranes'
surfaces
characterized
FTIR
SEM
analysis.
Bioresource Technology,
Journal Year:
2022,
Volume and Issue:
360, P. 127513 - 127513
Published: June 27, 2022
Succinic
acid
(SA)
is
used
as
a
commodity
chemical
and
precursor
in
industry
to
produce
other
derivatives
such
1,4-butaneidol,
tetrahydrofuran,
fumaric
acid,
bio-polyesters.
The
production
of
bio-based
SA
from
renewable
feedstocks
has
always
been
the
limelight
owing
advantages
renewability,
abundance
reducing
climate
change
by
CO2
capture.
Considering
this,
current
review
focuses
on
various
2G
lignocellulosic
biomass,
crude
glycerol,
food
waste
for
cost-effective
production.
It
also
highlights
importance
producing
via
separate
enzymatic
hydrolysis
fermentation,
simultaneous
saccharification
consolidated
bioprocessing.
Furthermore,
recent
advances
genetic
engineering,
downstream
processing
are
thoroughly
discussed.
elaborates
techno-economic
analysis
life
cycle
assessment
(LCA)
studies
carried
out
understand
economics
environmental
effects
synthesis.
Biotechnology for Biofuels and Bioproducts,
Journal Year:
2023,
Volume and Issue:
16(1)
Published: Jan. 2, 2023
Succinic
acid
(SA)
is
an
intermediate
product
of
the
tricarboxylic
cycle
(TCA)
and
one
most
significant
platform
chemicals
for
production
various
derivatives
with
high
added
value.
Due
to
depletion
fossil
raw
materials
demand
eco-friendly
energy
sources,
SA
biosynthesis
from
renewable
sources
gaining
attention
its
environmental
friendliness.
This
review
comprehensively
analyzes
strategies
bioconversion
lignocellulose
based
on
pretreatment
processes
cellulose
hydrolysis
fermentation
principles
highlights
research
progress
utilization
under
different
microbial
culture
conditions.
In
addition,
efficiency
strains
main
challenges
were
analyzed.
The
future
application
directions
pointed
out.
It
expected
that
this
will
provide
a
reference
optimization
lignocellulose.
Industrial Crops and Products,
Journal Year:
2022,
Volume and Issue:
193, P. 116132 - 116132
Published: Dec. 20, 2022
India
is
the
largest
producer
of
sugarcane
in
Asia
and
its
sugar
industry
represents
second
agro-based
industry.
Sugarcane
bagasse
(SCB),
a
major
waste
from
industries,
indisputably
lignocellulosic
biomass
(LCB)
embedding
∼60
%
carbohydrates,
making
it
renewable
source
fermentable
sugars.
Despite
unique
chemical
composition,
SCB
primarily
used
for
co-generation.
The
enormous
potential
can
be
unleashed,
if
platform
created
using
biochemical
route.
Sugars
serve
as
feedstock
fermentative
production
several
fuels
chemicals,
considered
key
drivers
rapid
industrialization.
US
Department
Energy
has
projected
lactic
acid
(LA)
one
top
biomass-derived
chemicals
owing
to
diverse
applications
multi-billion-dollar
market.
Currently,
industrial
LA
predominated
by
microbial
fermentation
(∼90
%)
which
principally
uses
starchy
or
sugar-rich
edible
feedstocks.
If
low-cost
manufacturing
relying
on
LCB
enabled,
boon
emerging
economies
like
India,
strategically
strengthening
their
socio-economic
status.
present
review
showcases
technical
advances
made
exploiting
route
towards
commercial
realization
with
feedstock.
It
comprehensively
discusses
strategies
developed
area
pretreatment,
saccharification
fermentation,
bridging
gap
between
lab-scale
production.
gives
glimpse
downstream
processing
SCB-derived
LA,
still
nascent
stage
briefly
talks
about
our
perspective
preferred
choice
scale-up
"sugar
industry"
over
other
bio-based
chemicals.
