In
the present age, the stakeholders (e.g. consumers and investors) are highly
concerned about the ecological and economic impact of organizational
operations. Increasing demand for eco-friendly solutions has changed the
packing styles of international and national level companies particularly
companies working in the food sector. Fruits selling companies are shifting to
the eco-friendly packing practices to rebuild their market image as a socially
responsible company. In the present work, several possible considerations are discussed
regarding packing materials for the fruits. Key considerations explained in
this report are ecological considerations, economic considerations, and
technical considerations (Tabor, 2018).
By
the modern era of globalization, the cushioning material which become the
indispensable part of the packaging and especially for transport and storage
which is also help the Captivate and the proportion of kinetic energy that is
also generating the package suffer and impact dropped from the certain of
height. The corrugated paper packaging is extremely versatile which is also made
up of in any size and shape and anything from the colorful box for the fast-moving
consumer goods like trays for taking care, chocolate, and fragile fruit. It is the
ideal material for various purposes which is involving the exhibition stand,
furniture, and housing insulations. The growth of consumer demand for the recyclable
as well as sustainable packaging is the driving innovation which is the
corrugated and paper industries that also found the excellent alternatives for
fossil-based products and that are environmentally friendly. The cushioning of
material which play an important component of packaging and it especially has
fresh, vegetables, fruits, and flower. The service is also protected and
produced mechanical damages. In addition to the bruising, that also occurs due
to the rubbing of produced against every package will through the filling of
void spaces in a package.
Packing Materials for Fruits of Contribution of corrugated
cardboard/fiberboard as a packaging material for fruits under economic,
technical and ecological considerations
In
Fruit selling and packing industries, various materials are commonly in use
which has different costs and technical requirements. While geographical
differences also matter for the selection of packing materials. For instance,
plastic packing and PK shrink films packing for fruits and sliced fruits are
common in many Asian countries. A recent research report concludes that fruits can
be affected by the packing materials; therefore, they suggest the use of
anti-moisture polyethylene bags and cardboard packing materials (SHAO, XIE, CHEN, & LI, 2013). Considering the current
objective of studying cardboard/fiber material used in packing, this section is
further divided into three main sections to represent Economic, Technical, and
Ecological Considerations for using these materials (Corrugated
Cardboard/Fiberboard as a Packing material) for fruits. The fresh horticultural
produced like flowers, vegetables as well as fruits which are also delicate. And
thus it is easily damaged through the mechanical factors among commodities
variations as well as the compression in the transportation, harvesting, and
handling.
The
packaging of fresh fruits as well as vegetables is the most significant step
which is a complicated journey from the consumer to grower. Baskets, Bags,
cartons, Hampers, Crates, as well as bulk bins along with the palletized containers
which are very easy for the marketing, handling along the transporting of fresh
produce. There are more than 15, 00 various kinds of packages (Hafeez et al
, 2012).
This is used to produce in United
States. Packing as well as the packaging of material which contributes to the
important cost to produce the industry and thus is significant which is buyers,
packer, consumer as well as shipper has a clear understanding of the great
range of packaging options available. A factsheet which is also explained the
various kinds of packaging involving the limitation, function which is also
involved in the commodity, listing, and the common to produce the standards of the
industry. The Corrugated cardboard boxes which are also used for the export of vegetables
and fruits in worldwide. Thus for the sea freight, a cardboard performance boss
is also required and evaluated for the shipment of the low-temperature conditions.
Below this perspective, there are various kinds of the corrugated cardboard box
a package that is compared and also has the effect of quality of marketability
along with the acceptability of consumers on the commercial fruits (Hafeez et al
, 2012).
Economic
Considerations of Contribution of corrugated cardboard/fiberboard as a
packaging material for fruits under economic, technical and ecological considerations:
In the logistics and packing operations
of the fruit industry, the economic cost and ecological benefits are difficult
to calculate. Therefore, companies working in this fruit industry only follow
up eco-friendly packing when they get enforced from consumer demand and legal consequences.
Following research findings, we can save up to 20% cost by using cardboard or
fibreboard materials for packing instead of plastic. For instance, if for a
fixed quantity of fruits, an average cost for a plastic container is around
$16,855 then cardboard packing will cost only $9,714 (Hinz, 2012).
However, the difference is greater against the use of steel and glass-based
packing for some sliced fruits. Excluding cost benefits, using sustainable
materials can also increase economic benefits for the company. The eco-friendly
packing creates a social image and reinforces the emotive bond between con
summers and products. Recent research studies agree with the inclining behavior
of consumers towards eco-friendly products particularly food. Thus, economic
benefits by higher sales and increased inventory turnover are expected if the
company uses cardboard for packing (González Boubeta, Fernández Vázquez Noguerol, Domínguez Caamaño, &
Prado Prado, 2018).
Technical
Considerations of Contribution
of corrugated cardboard/fiberboard as a packaging material for fruits under
economic, technical and ecological considerations
Other than cost and ecological
considerations, some technical considerations also apply to the packing of
fruits while using cardboard material and fibreboard material. Firstly, the
shipment of the fruits becomes challenging for freight and logistic companies.
Cardboard and Fibre packing can be insufficient to protect fruits from getting damaged
and crushed. While cardboard is also not a waterproof material therefore it cannot
sustain in rainy weather. Even a wet environment can reduce the strength of
cardboard boxes to protect fruits. Apart from this, corrugated cardboard packing
is durable if only used to keep fruits in the best condition at shopping centers
and retail shops.
A
corrugated board industry is considered the most used transportation packaging
in a world. Approximately there are more than 7-% of the transported produced
uses packages which are created from corrugated board. And 400% of the
corrugated packaging is used as a technical consideration for the packing of
food products but only 4% of this is used in direct contact by foods. Therefore
rest is used as the secondary packaging (Hanna, 2018).
Ecological Considerations
of Contribution of corrugated cardboard/fiberboard as a packaging material for
fruits under economic, technical and ecological considerations:
Packing materials not only used to
protect the fruit from getting damaged but also provide a look to a fruit. An
empirical research work (Mahakalkar et al , 2019)conducted on
ecological consideration of packing in the food industry concluded that carbon
footprints are for each plastic box of food products is many times more than cardboard
material for packing. Regarding this, some international standards such as ISO
14044:2006 and ISO 14064:2006 are developed to enable managerial staff and
entrepreneurs for the contribution of carbon emission goals at their state
level and international level. However, at the same time production of
cardboard materials also require the use of trees. Excessive production of
cardboard and paper packaging for fruits and other products are causing
deforesting. During the last 10 years of the 1990s, the total net loss of
forests is around 94mha (an area the size of Venezuela). According to research (Cusack, 2016)deforesting have an
ecological impact on four zones including Boreal (33%), sub-tropical (9%),
tropical (477%), and temperate (11%). However, cardboard mainly manufactured of
pine tree can have a relatively lower environmental impact or contribution is
deforesting. According to the researchers, pine tree grows fast therefore using
its timber does not draw huge impact on forest and environment because of easy
and quick replacement by new pine tree plants. Additionally, the recycling
process is easy for the cardboard packing materials as such boxes are made of
renewable materials. Some of the materials used in the manufacturing of
corrugated cardboard packing for fruits are, newspapers, paper pulp, and timber
from the pine tree and its leaves. Estimated
containment of recycling materials in cardboard manufacturing range from 70% to
100%. Thus, the second life of these corrugated cardboard can reduce the
environmental cost for the companies. Thus the corrugated packaging also
creates the best use of secondary laws materials which is also increased the
need of separate collection of board and paper and it is also ensure the high
quality material for the recycling.
Fruits
packaged in these cardboard made boxes can collapse easily because of wet and juicy
fruits. Protecting these boxes from collapsing can make these boxes reusable
for the household or retailers whoever purchases these fruits. Consequently, some
advantages and disadvantages are presented in the following table to represent
the overall summary for ecological considerations of cardboard used in fruits
selling, retailing, supplying, or packing industries.
Advantages
|
Disadvantages
|
Cardboard fruit
boxes can be used later by consumers and retailers.
|
Cardboard fruit
boxes can be easily collapsed because of weather conditions and moisture,
therefore damaged boxes increases pollution in the environment unless
destroyed or recycled properly.
|
Cardboard fruit
boxes can be recycled easily therefore the environmental cost of cardboard
packaging is relatively lower than other available options to fruit
industries.
|
Cardboard does not
provide full protection against jerks and handling failures to the products
during shipment process or placing in inventory stores. Thus, food items
including vegetable fruits can easily get damaged or rotten in cardboard
material made boxes. Thus, increased waste of food items because of cardboard
inefficiency also increases its environmental cost.
|
Corrugated cardboard
boxes are made of fast-growing pine tree thus its does not draw huge impact
on the forest and environmental sustainability.
|
|
Conclusion of
Contribution of corrugated cardboard/fiberboard as a packaging material for
fruits under economic, technical and ecological considerations
In
conclusion, the open-top corrugated cardboard boxes could also be preferred
over the closed top boxes for shipping through the sea of fruits. In both boxes,
the cultivars are the marketable fruit percentage, and that is also actually
represented by the commercial. Then the consumer's criterion is on the open top
and the corrugated cardboard boxes, which is compared with the closed. Summing
up all the discussion it is concluded that the research is about the “Contribution of corrugated
cardboard/fiberboard as a packaging material for fruits under economic,
technical and ecological considerations”. Nowadays the proper packaging of
commodities plays a significant role and protecting the commodities form the
various damage. Fruits selling companies are shifting to the eco-friendly packing
practices to rebuild their market image as a socially responsible company.
While geographical differences also matter for the selection of packing
materials. For instance, plastic packing and PK shrink films packing for fruits
and sliced fruits are common in many Asian countries.
Cusack, D. (2016). Global
Change Effects on Humid Tropical Forests: Evidence for Biogeochemical and.
American Geophysical Union.
Dubey et al , N. (2019).
cushioning materials for fruits, vegetables and flowers.
González Boubeta, I.,
Fernández Vázquez Noguerol, M., Domínguez Caamaño, P., & Prado Prado, J.
C. (2018). Economic and Environmental Packaging Sustainability: A Case Study.
Journal of Industrial Engineering and Management, 11(2), 229-238.
Hafeez et al , O.
(2012). Impact of Different Packaging Types and Low Temperature Shipping
Durations on Fruit Quality and Marketability of Pakistani Mangoes. International
Journal of Agriculture and Biology, 14(1), 47-54.
Hanna, M. (2018). Packaging
development process for cardboard packages with direct food contact.
Division of Packaging Logistics.
Hinz, P. (2012). Cardboard
boxes vs. Reusable plastic containers – Office Depot green solution.
Retrieved from www.adaptalift.com.au: https://www.adaptalift.com.au/blog/2012-04-16-cardboard-boxes-vs-reusable-plastic-containers-office-depot-green-solution#:~:text=In%20the%20first%20month%20the,is%20%244%2C693%20less%20per%20month).
Mahakalkar et al , S.
(2019). Effect of Environmental Conditions on Performance of Corrugated Sheet
Boxes Manufacturing Process. International Journal of Recent Technology
and Engineering (IJRTE), 8(2S7).
SHAO, Y., XIE, J., CHEN,
P., & LI, W. (2013). Changes in some chemical components and in the
physiology of rambutan fruit (Nephelium lappaceum L.) as affected by storage
temperature and packing material. EDP Sciences, 68(1), 15-24.
Tabor, B. (2018). 5
environmental advantages of corrugated packaging.