Cleaner Water,
Journal Year:
2024,
Volume and Issue:
1, P. 100005 - 100005
Published: Feb. 12, 2024
Tanneries
are
known
to
be
one
of
the
most
polluting
industries
due
generation
harmful
contaminants
at
various
stages,
from
beam
house
finishing.
Each
day,
significant
quantities
tannery
wastewater
containing
like
chromium
salts
released
into
open
areas,
farmlands,
rivers
and
other
corpses
water.
This
practice
poses
a
severe
threat
environment
health,
leading
extensive
soil
water
pollution.
In
this
study,
biological
material
(scales
fish
Catla
catla)
is
employed
as
an
adsorbent
for
biosorption
effluent.
Every
day
considerable
amount
scales
generated
thrown
away
local
market,
which
burdens
causes
environmental
The
primary
emphasis
study
reduce
pollution
burden
waste
disposal.
Two
adsorbents
were
prepared
by
treating
dried
with
NaOH
Orthophosphoric
acid
enhance
properties
creating
pores
roughness
surface.
Then,
it
was
characterized
using
FTIR,
SEM,
TGA
analyses.
After
characterization,
subjected
adsorption
standard
solution
detect
ideal
dose,
contact
time,
pH
conditions
adsorption.
study's
findings
showed
that
during
adsorption,
maximum
uptake
capacity
acid-treated
found
4
dose
20
g/L
60-minute
time.
That
base-treated
obtained
2.50
hours
used
treat
effluents,
discovered
they
successfully
removed
pollutants
chromic
oxide,
total
suspended
solids
(TSD),
dissolved
(TDS),
BOD,
COD,
others.
results
indicated
achieved
optimal
removal
percentages
BOD5,
TDS,
TSS
72.82%,
42.85%,
56.12%,
13.37%,
35%,
respectively.
Thus,
concluded
base-washed
scale
affordable
straightforward
use
removing
Foods,
Journal Year:
2023,
Volume and Issue:
12(10), P. 1965 - 1965
Published: May 12, 2023
Society
and
consumers
are
increasingly
concerned
about
food
safety
the
sustainability
of
production
systems.
A
significant
amount
by-products
discards
generated
during
processing
aquatic
animals,
which
still
needs
to
be
fully
utilized
by
industry.
The
management
sustainable
use
these
resources
essential
avoiding
environmental
pollution
resource
waste.
These
rich
in
biologically
active
proteins,
can
converted
into
peptides
enzymatic
hydrolysis
or
fermentation
treatment.
Therefore,
exploring
extraction
collagen
from
using
an
technology
has
attracted
a
wide
range
attention
numerous
researchers.
Collagen
have
been
found
possess
multiple
biological
activities,
including
antioxidant,
anticancer,
antitumor,
hypotensive,
hypoglycemic,
anti-inflammatory
properties.
properties
enhance
physiological
functions
organisms
make
useful
as
ingredients
food,
pharmaceuticals,
cosmetics.
This
paper
reviews
general
methods
for
extracting
various
fish
skin,
scales,
bones,
offal.
It
also
summarizes
functional
activities
well
their
applications.
Marine Drugs,
Journal Year:
2024,
Volume and Issue:
22(2), P. 73 - 73
Published: Jan. 30, 2024
Marine
lipids
are
recognized
for
their-health
promoting
features,
mainly
being
the
primary
sources
of
omega-3
fatty
acids,
and
therefore
critical
human
nutrition
in
an
age
when
global
supply
these
nutrients
is
experiencing
unprecedent
pressure
due
to
ever-increasing
demand.
The
seafood
industry
originates
a
considerable
yield
co-products
worldwide
that,
while
already
explored
other
purposes,
remain
mostly
undervalued
as
sustainable
healthy
lipids,
often
low-value
oil
production.
These
especially
appealing
lipid
since,
besides
well-known
nutritional
upside
marine
animal
fat,
which
particularly
rich
polyunsaturated
they
also
have
interesting
bioactive
properties,
may
garner
them
further
interest,
not
only
food,
but
high-end
applications.
Besides
added
value
that
represent
valuable
sources,
there
obvious
ecological
reducing
waste.
In
this
sense,
repurposing
bioresources
will
contribute
more
use
strain
on
heavily
depleted
stocks.
Therefore,
untapping
potential
aligns
with
both
health
environmental
goals
by
guaranteeing
additional
eco-conscious
practices.
LWT,
Journal Year:
2024,
Volume and Issue:
201, P. 116247 - 116247
Published: May 23, 2024
To
examine
the
impact
of
raw
material
and
enzyme
type
on
physico-chemical
functional
properties
fish
by-products
hydrolysates,
mackerel
(Scomber
scombrus)
sardine
(Sardina
pilchardus)
were
material,
papain,
pepsin
Protamex™
protease
enzymes.
Hydrolysates'
affected
by
species
used
as
employed
type.
Mackerel
produced
hydrolysates
with
higher
foaming
solubility
at
pH
10
than
sardines.
Hydrolysis,
oil
retention
capacity,
turbidity
for
obtained
from
by-products.
The
Papain
exhibited
similar
properties,
while
significant
differences
observed
between
these
hydrolysates.
displayed
highest
degree
hydrolysis
relevant
emulsifying
properties.
Pepsin
had
good
capacities.
These
results
underline
need
to
consider
enzymes
when
protein
peptides
specific
functions
are
desired.
Journal of Advanced Research,
Journal Year:
2023,
Volume and Issue:
57, P. 59 - 76
Published: Nov. 5, 2023
The
processing
of
the
three
major
crustaceans
(shrimp,
lobster,
and
crab)
is
associated
with
inevitable
by-products,
high
waste
disposal
costs,
environmental
human
health
issues,
loss
multiple
biomaterials
(chitin,
protein
hydrolysates,
lipids,
astaxanthin
minerals).
Nowadays,
these
bioresources
are
underutilized
owing
to
lack
effective
standardized
technologies
convert
materials
into
valued
industrial
forms.
review:
This
review
aims
provide
a
holistic
overview
various
bioactive
ingredients
applications
within
by-products.
compare
extraction
methods
in
which
will
aid
identify
more
workable
platform
minimize
maximize
its
value
for
best
valorization
practices.
Key
scientific
concepts
fully
integrated
(agriculture,
food,
cosmetics,
pharmaceuticals,
paper
industries,
etc.)
from
by-products
presented.
pros
cons
methods,
including
chemical
(acid
alkali),
bioprocesses
(enzymatic
or
fermentation),
physical
(microwave,
ultrasound,
hot
water
carbonic
acid
process),
solvent
(ionic
liquids,
deep
eutectic
solvents,
EDTA)
electrochemistry
detailed.
rapid
development
corresponding
biotechnological
attempts
present
simple,
fast,
effective,
clean,
controllable
bioprocess
comprehensive
utilization
crustacean
that
has
yet
be
applied
at
an
level.
One
feasible
way
practices
combine
innovative
techniques
industrially
applicable
efficiently
recover
valuable
components.
