International Journal of Science and Research (IJSR),
Год журнала:
2023,
Номер
12(9), С. 2001 - 2006
Опубликована: Сен. 5, 2023
Tomato
is
most
popular
fruit
in
the
market
due
to
easy
availability
and
endless
health
benefits.Food
processing
industries
use
tomato
for
production
of
jam,
puree,
sauce,
chutney
other
products
which
peels
seed
waste
generated.
From
recent
reviews
it
observed
that
many
nutritious
beneficial
properties
were
found
food
waste.
This
review
focusing
on
identify
bioactive
compounds
present
industrial
their
application.
finding
helps
identification
extraction
valuable
bio
active
compound
such
as
carotenoids
phenolic
by
green
methods
ohmic
heating,
super
critical
co2
extraction.
Extracted
than
analyzed
High
Performance
Liquid
Chromatography
(HPLC)
method,
edible
oil
Gas
Mass
Spectroscopy
Drying
Hot
air
drying
spray
freeze
further
use.
Thus
this
strongly
recommends
pomace
natural
source
value
added
its
nutritional
high
carotenoids,
dietary
fibers,
lipids,
protein,
amino
acid
carbohydrates,
also
having
benefits
anti-microbial,
anti-aging
antioxidant
properties,
can
be
extracted
from
contributes
reduce
environmental
burden
management
disposal.
International Journal of Molecular Sciences,
Год журнала:
2024,
Номер
25(2), С. 1028 - 1028
Опубликована: Янв. 14, 2024
This
study
investigates
the
efficacy
of
adsorbents
from
locally
sourced
olive
waste—encompassing
skins,
leaves,
and
pits,
recovered
initial
centrifugation
olives
(OWP)—and
a
composite
with
sodium
alginate
(OWPSA)
for
removal
Cu2+
ions
synthetic
wastewater.
Experimental
analyses
conducted
at
room
temperature,
an
concentration
50
mg/L
solid/liquid
ratio
1
g/L,
showed
that
efficiencies
were
approximately
79.54%
94.54%
OWP
OWPSA,
respectively,
highlighting
positive
impact
on
adsorption
capacity.
Utilizing
statistical
physics
isotherm
models,
particularly
single-layer
model
coupled
to
real
gas
(SLMRG),
allowed
us
robustly
fit
experimental
data,
providing
insights
into
mechanisms.
Thermodynamic
parameters
affirmed
spontaneity
endothermic
nature
processes.
Adsorption
kinetics
interpreted
effectively
using
pseudo-second-order
(PSO)
model.
Molecular
modeling
investigations,
including
conductor-like
screening
solvents
(COSMO-RS),
density
functional
theory
(DFT),
atom-in-molecule
(AIM)
analysis,
unveiled
intricate
molecular
interactions
among
adsorbent
components—cellulose,
hemicellulose,
lignin,
alginate—and
pollutant
Cu2+,
confirming
their
physically
interactive
nature.
These
findings
emphasize
synergistic
application
theoretical
approaches,
comprehensive
understanding
copper
dynamics
level.
methodology
holds
promise
unraveling
processes
across
various
materials
in
wastewater
treatment
applications.
Microbial Cell Factories,
Год журнала:
2024,
Номер
23(1)
Опубликована: Ноя. 14, 2024
This
review
comprehensively
examines
the
various
applications
of
microalgae,
focusing
on
their
significant
potential
in
producing
biodiesel
and
hydrogen,
serving
as
sustainable
food
sources,
efficacy
treating
both
municipal
food-related
wastewater.
While
previous
studies
have
mainly
focused
specific
such
biofuel
production
or
wastewater
treatment,
this
covers
these
comprehensively.
It
for
microalgae
to
be
applied
industrial
sectors
energy,
security,
environmental
management.
By
bridging
different
application
areas,
differs
from
providing
an
integrated
multifaceted
view
microalgae.
Since
it
is
essential
increase
productivity
process
utilize
applications,
research
trends
cultivation
processes,
including
culture
system
(e.g.,
open
ponds,
closed
ponds)
conditions
pH,
temperature,
light
intensity)
improve
biomass
valuable
substances
was
firstly
analyzed.
In
addition,
technologies
that
can
maximize
while
limiting
contamination
occur
when
utilizing
systems
been
described
CO2
reduction.
conclusion,
has
provided
a
detailed
analysis
current
findings
technological
innovations,
highlighting
important
role
addressing
global
challenges
related
supply,
waste
also
insights
into
future
directions
commercial
several
bio-related
industries,
illustrated
how
continued
exploration
development
area
realize
full
Sustainability,
Год журнала:
2024,
Номер
16(21), С. 9414 - 9414
Опубликована: Окт. 30, 2024
In
recent
years,
the
consumption
of
avocado,
both
fresh
and
processed,
has
experienced
a
significant
worldwide
increase
due
to
its
recognized
nutritional
value
beneficial
health
effects.
However,
this
industrial
processing
generates
substantial
amount
underutilized
byproducts,
primarily
peel
seed,
leading
environmental
economic
challenges.
Fortunately,
these
residues
are
rich
in
bioactive
phytochemicals,
making
their
recovery
an
excellent
opportunity
enhance
sustainability
profitability
modern
avocado
industry.
This
bibliometric
analysis
utilizes
data
from
Scopus
platform
explore
comprehensive
utilization
waste.
By
employing
biorefinery
approach
computational
tools,
study
aims
identify
extract
value-added
compounds
with
potential
applications
food,
pharmaceutical,
chemical,
cosmetic
industries.
The
results
highlight
that
most
relevant
research
topics
currently
focused
on
sustainable
biotransformation
byproducts.
Additionally,
there
is
growing
emphasis
methods
for
extracting
valuable
products,
characterizing
properties,
identifying
potentially
exploitable
active
compounds.
Furthermore,
increasingly
exploring
factors
associated
new
advancements,
such
as
emerging
regulations,
certifications,
substitutes,
technological
applications.
One
key
gap
identified
advancements
lack
diagnostic
framework
processes
cascade
system
(multiple
high-value
consumer
products
by-products
bioplastic).
suggests
crucial
area
future
efforts.
