2. Roadmap
Introduction
Objectives
Categorization of aseptic packaging
Selection criteria of containers
Working of aseptic packaging system
Benefits of aseptic packaging
limitations
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3. Aseptic Packaging
A process by which a sterile product is packaged in
sterile container in sterile environment.
Used for foods i.e:
Dairy products
Fruits and vegetables
soups
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4. Objective of aseptic packaging
to produce an food item which can be stored
without refrigeration for more than 6 months.
to maintain chemical and sensory properties of
product.
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5. Categorization of Aseptic
Packaging
1. Fill and seal
2. Erect, fill and seal
3. Form ,fill and seal
4. Thermoform ,fill and seal
5. Blow mold ,fill and seal
6. Bulk packaging and storage
system
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6. Selection criteria of containers
Following factors may influence the choice of
packaging material for aseptically processed
products:
Functional properties of plastic polymer.
Interaction between plastic material and food.
Desired shelf life
Economical loss
Mechanical features of material
Shipping and handling conditions.
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7. Working of aseptic packaging
system
Sterilization
of equipment
& container
Sterilization
of food
Filling and
closure of
product
Maintenance
of sterility
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8. Processes Used For
Sterilization of Equipment and
Container in Aseptic Packaging
there are 3 main sterilization process which are used
either individually or in combination.
Irradiation
Heat
chemical treatments.
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11. Cont.
30% Hydrogen peroxide is used for 6 sec.
FDA allowed hydrogen peroxide with 50ppb
concentration.
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12. Heat
Involves;
Hot air.
Saturated steam
Super-heated steam
Hot air and steam
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13. Sterilization of food
• 63◦C for
30 min
• 72◦C for
15 miin
HTST
130◦C–
150◦C for
few secs
UHT
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14. Benefits of aseptic packaging
Convenience.
Retain product freshness.
Keep the nutritional value of food item.
No refrigeration required.
Eliminate use of preservatives.
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15. Limitations of aseptic packaging
High cost production.
Air sterility in production area
is difficult.
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16. Conclusion
16
Aseptic processing sterilizes food products by
destroying the harmful bacteria and
pathogenic micro-organisms through
controlled thermal process and combines the
sterile product with the sterile packaging
material in a sterile environment; the final
result is a shelf-stable product. Today, this is
primarily being used in the innermost contact
layers of the package, to protect quality of
product.