Sustainability,
Год журнала:
2023,
Номер
15(16), С. 12121 - 12121
Опубликована: Авг. 8, 2023
Biomass
is
considered
one
of
the
prospective
alternatives
to
energy
and
environmental
challenges.
The
use
biomass
as
bioenergy
has
gained
global
interest
due
its
environmentally
benign,
renewable,
abundant
characteristics.
Numerous
conversion
technologies
have
been
developed
over
time
convert
into
various
products.
This
review
presents
a
summary
different
used
for
production.
These
include
thermochemical,
biological,
physical,
biochemical,
hybrid
system
technologies.
It
summarizes
production
products
such
bio-oil,
biodiesel,
fuel
via
competitive
advantages,
potential
impacts,
challenges
these
are
discussed.
recycling
can
solve
lot
current
However,
exhibit
some
relative
upscaling
commercialization
their
immense
operational
investment
expenses
high
usage.
Journal of Cleaner Production,
Год журнала:
2023,
Номер
402, С. 136815 - 136815
Опубликована: Март 16, 2023
Industries
are
working
to
minimize
their
reliance
on
petrochemicals
and
petroleum-based
industrial
components
replace
them
with
biobased,
sustainable,
environmentally
friendly
alternatives
due
the
global
warming
emergency
caused
by
uncontrolled
production
of
greenhouse
gases.
The
agricultural
waste
provides
large
volumes
lignocellulosic
biomass,
a
sustainable
resource
material
develop
wide
portfolio
bioproducts.
Recent
developments
in
integrated
biorefineries
have
enhanced
utilization
lignocellulose
generate
biofuels,
platform
chemicals,
resins,
bioplastics,
additives,
other
biobased
materials
for
variety
applications.
Here
this
review,
we
summarized
recent
advancements
processing
biomass
from
waste.
Additionally,
review
thoroughly
discussed
technological
various
constituents
biocomposites,
bioplastics.
Finally,
an
assessment
currently
existing
literature
gaps
prospective
future
perspectives
development
has
been
conducted.
Environments,
Год журнала:
2022,
Номер
10(1), С. 6 - 6
Опубликована: Дек. 23, 2022
An
upsurge
in
global
population
and
rapid
urbanization
has
accelerated
huge
dependence
on
petroleum-derived
fuels
consequent
environmental
concerns
owing
to
greenhouse
gas
emissions
the
atmosphere.
integrated
biorefinery
uses
lignocellulosic
feedstock
as
raw
material
for
production
of
renewable
biofuels,
other
fine
chemicals.
The
sustainable
bio-economy
industry
would
benefit
greatly
from
effective
use
biomass
obtained
agricultural
feedstocks
replace
petrochemical
products.
Lignin,
cellulose,
hemicellulose,
extractives,
which
are
essential
components
biomass,
must
be
separated
or
upgraded
into
useful
forms
order
fully
realize
potential
biorefinery.
development
low-cost
green
pretreatment
technologies
with
deconstruction
is
imperative
an
efficient
bioprocess.
abundance
microorganisms
along
their
continuous
various
degradative
enzymes
makes
them
suited
environmentally
friendly
bioconversion
agro-industrial
wastes
viable
bioproducts.
present
review
highlights
concept
biorefinery,
its
valorization
by
strategies
biofuels
biochemicals.
major
barriers
challenges
technologies,
sustainability
bioproducts,
promising
solutions
alleviate
those
bottlenecks
also
summarized.
Frontiers in Chemistry,
Год журнала:
2022,
Номер
10
Опубликована: Март 4, 2022
The
second
(lignocellulosic
biomass
and
industrial
wastes)
third
(algal
biomass)
generation
feedstocks
gained
substantial
interest
as
a
source
of
various
value-added
chemicals,
produced
by
fermentation.
Lactic
acid
is
valuable
platform
chemical
with
both
traditional
newer
applications
in
many
industries.
successful
fractionation,
separation,
hydrolysis
lignocellulosic
result
sugars'
rich
raw
material
for
lactic
This
review
paper
aims
to
summarise
the
investigations
progress
last
five
years
production
from
inexpensive
renewable
resources.
Different
aspects
are
discussed
–
type
materials,
pretreatment
detoxification
methods,
acid-producers
(bacteria,
fungi,
yeats),
use
genetically
manipulated
microorganisms,
separation
techniques,
different
approaches
process
organization,
well
main
challenges,
possible
solutions
optimization.
Chemical Engineering Journal Advances,
Год журнала:
2022,
Номер
12, С. 100410 - 100410
Опубликована: Сен. 28, 2022
Hydrogen
is
regarded
as
one
of
the
utmost
competent
alternative
fuels
in
transition
to
net-zero
emissions
for
future.
Nowadays,
it
still
majorly
derived
from
non-renewable
energy
resources
(i.e.,
fossil
fuels).
Regrettably,
a
key
issue
reliance
on
these
depleted
extremely
negative
impacts
our
milieu.
The
emergence
envisioned
biomass-to-sustainable
H2
strategy
viewed
an
appealing
opportunity
generate
sustainable
strategic
H2.
This
review
article
summarizes
patented
approaches
(thermochemical,
biological,
and
electrochemical)
production
enticing
raw
material
biomass.
optimization
different
prominent
parameters
achieve
eventual
easiest
way
was
additionally
discussed.
advancement
operational
parameters,
technical
challenges,
scalable
improvement
each
pathway
briefly
addressed.
Moreover,
contemporary
economic
viewpoints
bankable
biomass-to-H2
processes
flow
diagrams
terms
circular
economy
were
highlighted
order
effectively
value
biomass
supply
chains
produce
Hopefully,
this
work
presents
more
favorable
theoretical
in-depth
mechanistic
understanding
bio-sourced
hydrogen's
pathways.
Environmental Technology & Innovation,
Год журнала:
2023,
Номер
33, С. 103509 - 103509
Опубликована: Дек. 29, 2023
Nowadays
the
pace
of
production
and
consumption
is
reaching
environmentally
unsustainable
levels.
In
this
regard,
great
technological
advances
developed
in
recent
years
are
postulated
as
a
source
opportunities
to
boost
circular
economy
sustainable
development.
This
wide
range
possibilities
offered
by
new
technologies
create
more
reality
has
aroused
curiosity
interest
academic
world,
especially
years.
The
main
objective
research
reveal
challenges
that
arise
when
incorporating
objectives
economy.
Regarding
methodology,
study
been
partially
supported
using
bibliometric
techniques.
results
highlight
transformative
role
technologies,
blockchain
artificial
intelligence,
advancing
economy,
with
particular
emphasis
on
community
technology
integration,
ethical
considerations,
synergies,
business
models,
burgeoning
bioeconomy.
We
conclude
promise
enhanced
resource
efficiency,
optimized
supply
chains,
innovative
improved
product
lifecycle
management,
offering
profound
economic
environmental
benefits
while
fostering
collaborative
innovation.
However,
these
also
represent
address,
such
integrating
advanced
methods,
ensuring
chain
transparency,
overcoming
skill
gap,
avoiding
data
centralization,
adapting
regulatory
frameworks
foster
equitable
growth.
These
some
most
important
areas
for
further
research,
those
related
development
employees'
capabilities
adaptation
frameworks,
they
understudied
gaps.
