Polymers from Renewable Resources,
Год журнала:
2023,
Номер
14(2), С. 108 - 153
Опубликована: Фев. 6, 2023
The
limited
degradation
of
synthetic
polymers
used
in
food
packaging
when
discarded
the
environment
is
a
major
concern
for
society.
Therefore,
industry
and
academia
have
sought
to
develop
biodegradable
eco-friendly
materials
single-use
packaging.
An
interesting
alternative
polymeric
films,
which
why
different
biopolymers
been
production
sustainable
It
worth
mentioning
that
use
one
most
successful
innovations
address
issues
related
environment.
Among
available
raw
materials,
starch
extracted
from
renewable
sources
very
promising
this
purpose,
due
its
abundance,
low-cost
compared
other
ability
produce
non-toxic
films.
However,
alone,
pure
has
many
limitations,
can
be
overcome
by
developing
mixture
with
(polymer
blends),
preferably
sources,
such
as
poly(lactic
acid)
(PLA).
In
context,
absence
literature
reviews
evidencing
results
application
films
foods
led
us
write
article,
given
importance
polymer
blends
produced
types
(cassava,
corn,
pea,
potato,
rice
wheat)
PLA
matrix.
According
results,
it
clear
based
on
PLA/Starch
are
promising,
already
being
part
industries
solutions,
aiming
minimize
large
volume
plastic
waste
petrochemical
origin
nature.
Obviously,
any
technology,
more
research
needed
further
improve
performance
while
much
made
great
strides,
there
still
limitations
prevent
commercialization
these
materials.
Environmental Science Advances,
Год журнала:
2024,
Номер
3(9), С. 1217 - 1243
Опубликована: Янв. 1, 2024
A
schematic
representation
showing
the
exploration
of
limitations
conventional
MNP
removal
techniques,
highlighting
potential
biochar,
electrospun
fibrous
constructs,
and
aerogels
as
sustainable
effective
solutions
for
removal.
Saudi Journal of Biological Sciences,
Год журнала:
2023,
Номер
30(3), С. 103583 - 103583
Опубликована: Фев. 2, 2023
Plastic
pollution
is
a
global
issue
and
has
become
major
concern
since
Coronavirus
disease
(COVID)-19.
In
developing
nations,
landfilling
illegal
waste
disposal
are
typical
ways
to
dispose
of
COVID-19-infected
material.
These
technologies
worsen
plastic
other
human
animal
health
problems.
degrades
in
light
heat,
generating
hazardous
primary
secondary
micro-plastic.
Certain
bacteria
can
degrade
artificial
polymers
using
genes,
enzymes,
metabolic
pathways.
Microorganisms
including
petrochemical
plastics
slowly.
High
molecular
weight,
strong
chemical
bonds,
excessive
hydrophobicity
reduce
biodegradation.
There
not
enough
study
on
bacteria-plastic
interactions.
Synthetic
biology,
engineering,
bioinformatics
methods
have
been
created
biodegrade
synthetic
polymers.
This
review
will
focus
how
microorganisms'
degrading
capacity
be
increased
recent
biotechnological
techniques.