Food Chemistry Advances,
Journal Year:
2024,
Volume and Issue:
4, P. 100634 - 100634
Published: Feb. 1, 2024
Fruit
waste
in
million
tonnes
is
generated
every
year
across
the
world.
This
often
leaves
an
environmental
footprint
landfills
and
disposal
sites
when
not
carefully
transformed
into
useful
bioproducts.
Based
on
synthesis
of
data
evidences
from
most
recent
literature,
this
review
presents
sources
nutrient
composition
fleshy
fruit
waste,
also
elaborates
bioactive
compounds
found
them.
In
addition,
green
chemistry
principles
for
conversion
which
involve
pre-treatment,
drying,
fermentation,
extraction
(solvent
supercritical
fluid),
activation,
transesterification,
carbonization
were
particularly
highlighted.
The
fact
that
high
fibre,
protein,
carbohydrates,
fat,
phytochemicals
other
opens
it
up
to
multiple
possibilities
as
biomaterials
food
supplement,
medical,
textile,
livestock
feed
agro-allied
industries.
There
are
quite
some
proven
advances
improvements
concerning
valorization
waste.
However,
due
attention
must
be
further
given
techniques
indispensable
remains
biomass
biorefinery
approaches.
Accordingly,
more
research
innovation
sustainable
technologies
still
needed
valorize
such
ways
minimize
generation
hazardous
or
toxic
substances
entire
system.
Green Chemistry Letters and Reviews,
Journal Year:
2021,
Volume and Issue:
14(4), P. 700 - 712
Published: Oct. 2, 2021
Utilization
of
waste-derived
materials
for
industrially
pertinent
chemical
transformations
is
highly
challenging
and
offers
sustainable
solution
to
waste
management.
Despite
several
difficulties
in
the
manufacture
aryl
iodides
(AIs),
which
are
fundamental
substrates
organic
synthesis,
we
report
here,
an
added
oxidant/metal/catalyst/additive
problematic
solvent-free
versatile
straightforward
protocol
synthesis
AIs
using
molecular
iodine
(I2)
water
extract
pomegranate
ash
(WEPA).
These
were
performed
at
room
temperature
(rt)
reactions
takes
place
5–20
min
give
83–99%
yields
AIs.
WEPA
was
characterized
by
XPS,
EDX,
XRF,
XRD,
FTIR
analysis
a
plausible
mechanism
has
been
established
based
on
these
analyses
along
with
some
control
experiments.
Further,
products
purified
recrystallization
technique.
This
work
intrinsic
sustainability,
high
substrate
feasibility,
utilization
biorenewable
catalystytic
media,
ease
execution
separation
products,
oxidant/catalyst/metal
additive-free
conditions
may
become
one
among
forefront
procedures
making
The
use
as
media
this
iodination
novelty
method
be
used
further
in-process
(e.g.
cross-couplings,
nucleophilic
reactions,
etc.)
access
fine
chemicals.
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(15), P. 9674 - 9674
Published: Aug. 5, 2022
The
management
of
solid
waste
is
currently
seen
as
one
the
most
important
concerns
that
national
authorities,
particularly
in
south
Europe,
must
address.
In
recent
years,
emphasis
has
begun
to
be
paid
Construction
and
Demolition
Waste
(CDW)
being
largest
stream
European
Union
produced
by
renovation
repair
work
on
buildings,
roads,
bridges,
other
constructions
made
bulky
materials
such
asphalt,
bricks,
wood,
plastic.
Many
EU
countries
responded
quickly
a
result
large
amounts
presence
hazardous
substances
their
composition.
This
study
illustrates
anticipated
outcomes
several
CDW
strategies
than
final
disposal,
recycling,
reuse,
incineration,
for
public-school
building
Greece.
order
assess
how
well
chosen
schemes
performed
terms
various
environmental
criteria,
SimaPro
software
suite
Ecoinvent
v.3
Life
Cycle
Inventory
database
were
used.
enhance
quality
outcomes,
inventory
data
from
earlier
studies
also
employed
input
Assessment
tool.
Food Chemistry Advances,
Journal Year:
2024,
Volume and Issue:
4, P. 100634 - 100634
Published: Feb. 1, 2024
Fruit
waste
in
million
tonnes
is
generated
every
year
across
the
world.
This
often
leaves
an
environmental
footprint
landfills
and
disposal
sites
when
not
carefully
transformed
into
useful
bioproducts.
Based
on
synthesis
of
data
evidences
from
most
recent
literature,
this
review
presents
sources
nutrient
composition
fleshy
fruit
waste,
also
elaborates
bioactive
compounds
found
them.
In
addition,
green
chemistry
principles
for
conversion
which
involve
pre-treatment,
drying,
fermentation,
extraction
(solvent
supercritical
fluid),
activation,
transesterification,
carbonization
were
particularly
highlighted.
The
fact
that
high
fibre,
protein,
carbohydrates,
fat,
phytochemicals
other
opens
it
up
to
multiple
possibilities
as
biomaterials
food
supplement,
medical,
textile,
livestock
feed
agro-allied
industries.
There
are
quite
some
proven
advances
improvements
concerning
valorization
waste.
However,
due
attention
must
be
further
given
techniques
indispensable
remains
biomass
biorefinery
approaches.
Accordingly,
more
research
innovation
sustainable
technologies
still
needed
valorize
such
ways
minimize
generation
hazardous
or
toxic
substances
entire
system.
