The global smart plant-based food packaging market
is expected to gain a lasting impetus with continuous research and
development activities for promoting bioplastic innovation. The market
could provide food packaging products that are favorable for the health
of the planet and also keep ingredients fresh for a longer period of
time. Smart plant-based food packaging is projected to revolutionize the
way people utilize, store, and purchase groceries without worrying much
about waste.
Leading players operating in the global
smart plant-based food packaging market are foreseen to come up with new
offerings that could not only improve the shelf life of various food
products but also protect the ingredients from the damaging effects of
their surroundings. Smart plant-based food packaging is predicted to
ride on their enhanced and novel preservation properties for increasing
its demand in the market. This could be due to the implementation of
value-added oxygen barriers in bioplastic. A new type of green plastic
is envisaged to take shape in the market with the combination of complex
technologies such as nanoparticle components and biopolymers.
The usage of sensors in smart plant-based
food packaging could be a significant addition envisioned to up the
demand in the market at a high rate. Such sensors could notify consumers
when the food was sourced, its temperature, and also pH levels. Even
seafood could be held inside smart plant-based food packaging with the
introduction of pot and bottle type products. Furthermore, food
manufacturers are forecasted to reduce their carbon footprint with the
implementation of smart plant-based food packaging.
Food packaging is essential for
containment of products, preservation and protection, to reduce food
spoilage, eliminating the risk of adulteration and present food in a
hygienic and aesthetically attractive way. According to the Agriculture
and Food Organization, one third of the food in the world is wasted and
most of this wasted food is generated by retailers and consumers who
follow dates on packages and throw away edible food due to a label.
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Therefore, a project was initiated in
order to develop plant-based bioplastic food packaging which increases
the shelf life of food and the researchers also have formulated sensors
that notify the consumers and retailers whether the food inside can be
consumed or not.
These smart plant-based food packaging
not only extend the life of the food product but also eliminates the
need for environment-harming plastic. The smart plant-based food
packaging market can be segmented on the basis of product type, material
type and as per the region. On the basis of product type, the market is
segmented into blow moulded, pot designed and others. On the basis of
material type, it is divided into cellulose based film and blow moulded
film. On the basis of region, the market is segmented into North
America, Europe and the emerging countries of Asia Pacific.
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