The document proposes using more sustainable packaging alternatives to plastic for milk products. It suggests using materials like glass, metal, bioplastics, paper and bamboo that are naturally available, recycled, and have lower environmental impacts than plastic. The proposed system uses a blend of 45% processed hemp and 55% polypropylene plastic, which is heated and molded into bottles. This alternative packaging is more environmentally friendly than existing plastic-based packaging systems while maintaining functionality for transporting and preserving milk.

1. GREEN OPTION FOR
MILK PACKAGING….

2. GREEN OPTIONS FOR MILK
PACKAGING
• OBJECTIVE:
• TO REDUCE THE HARMFULL EFFECTS
PRODUCED BY THE PLASTIC COVER IN
MANUFACTURING MILK (OR) DIARY PRODUCTS ( i.e.,
DURING SHIPPING)..

3. INTRODUCTION
• WHAT IS AN GREEN OPTION?
• An ethical way of making choices and preserve the
earth’s natural resources and habitats.
• Firstly, the alternative is that the usage of glass bottles, metallic
tins, bioplastics, paper bottles, bamboo sticks,etc.
• Secondly, the cost for the synthesis of polythene covers in large
amount is comparatively less for synthesising all the above
materials as they are naturally available and also recycled and
used again and again…

4. 1)Philos Trans R Soc
Lond B Biol Sci 2009
BIODEGRADABLE AND
COMPOSTABLE
ALTERNATIVES TO
COVENTIONAL PLASTICS
2) GiuliaCappiello,
Clizia Aversa,
AnnalisaGenovesi,
MassimilianoBarletta
2021
LIFE CYCLE ASSESSMENTOF
BIO-BASED PACKAGING
SOLUTIONS FOR EXTENDED
SHELF LIFE MILK
3)Antonella Cammarelle,
Rosaria Visecchia,
Franscesco Bimbo
2021
INTENTIONTO PURCHASE
MILK PACKAAGED IN
IODEGRADABLE PACKAGING
4) Amber Charles Alexis
2022
ECO FRIENDLY FOOD
PACKAGING(PLASTIC VS.
GREEN ALTERNATIVES)
AUTHOR YEAR DESCRIPTION

5. EXISTING SYSTEM
• All the proposed system related to the green
options for milk packaging is purely based on
how to degrade the plastic that has been used
or how to recycle it.
• Alternatively, they have given suggestions on
using chemical products, that is based on
reducing the cost ( for preservation process)

6. DEMONSTRATION OF THE EXISTING
SYSTEMS..

7. DRAWBACKS OF THE EXISTING SYSTEM
*More number of machine or labour work is
needed.
* More expenses are to be spent on the
work they have proposed.
*Time consumption is high.
*Didn’t give any solution on totally reducing
the harmful effects of the plastic covers.

8. PROPOSED SYSTEM
HEMP PACKAGING:
HEMP is an plant which belongs to an botanical class of
cannabis sativa
It is an already proposed manner where it is processed and
is used for packaging solid products where it is an hard product
but gets dissolved in liquid (like an cardboard texture)

9. COMMON WAY OF PREPARING HEMP

10. PROPOSED SYSTEM
• POLYPROPELENE PLASTICS:
• On comparing the carbon footprint of common plastics, PP
has the lowest, that is, 1.95-3 kg of CO2 per kg, compared to 6
kg of CO2 per kg for polyethylene.
• It does not have any hazardous disease producing agent on
them

11. COMMON WAY OF SYNTHESIZING
PLASTICS

12. MEHODOLOGY
• ROTATIONAL MOULDING:
• consisting of an mold tool, core side and cavity
side. Plastic powder is added and mold in an oven, by
heating, mold is slowly related on two axes and thus
correct thickness is build.
• CRACKING:
• Ethane and propane is added and treated
with heat in this process to get polymers. (This is
to polypropylene plastic).

13. THE PROCESS
• STEP 1:
• FIRSTLY, WE ARE GOING TO TAKE THE HEMP,
THAT IS PROCESSED (LIKE CLEANING,GRINDING)
---------> 45%

14. THE PROCESS
• STEP 2:
• NOW, WE COULD TAKE THE POLYPROPELENE
PLASTIC (SAFEST PLASTIC) INTO ACCOUNT
THAT’S IN MOLTEN FORM
• ======> 55%
•

15. PROPOSED SYSTEM
• FINALLY, WE ARE ADDING THOSE TWO ITEMS
AND HEATING IN AN TEMPERATURE BETWEEN
158-168K .
• THE FINAL LIQUID IS TO POURED INTO THE
SHAPER (DESIRED BOTTLE SIZE).
• THEY ARE ALLOWED TO COOL DOWN FOR
HALF A DAY.

16. OUTPUT

17. GRAPH SHOWING THE GREEN
PACKAGING SYSTEM ACROSS THE
WORLD

18. CONCLUSION
• Flavoured milk packaging is a growing sector which
can involve many more innovations but is primarily
dominated by aspetic packaging & glass bottle.
• Usage of these natural resources in our daily routine
may help our society in decreasing the rate of
diseases in upcoming days.
• To make our society one step ahead using the
current technology……

19. REFERENCES
• The Freedonia Group Inc., August 18,2011. World
“Green” packaging demand to reach $212B in 2015.
• Terry, L., April 2012. Packaging Goes Green. Inbound
Logistics.
• Atkinson, W., July 2008. Green Packaging: Waste Not,
Want Not. Inbound Logistics.

20. Thank
You…