Can manufacturing

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Cans Manufacturing is a wide range process that took place recently after the second world war .. It is now occupants more than 70% of our daily life .. Some techniques were discussed in this presentation.. Hope you will enjoy it :)

What's hot

Edible films and coatings

Sakshi Thakur

This document discusses edible films and coatings used for food packaging. It begins by introducing common food packaging materials like plastic, paperboard, and metal cans that end up in landfills. It then discusses how edible films and coatings can provide an alternative by acting as the food packaging that can be consumed. Edible films are free-standing sheets that can wrap or separate food layers, while coatings are thin liquid layers applied to food surfaces. Common biopolymers used include polysaccharides like starch, proteins like gelatin and casein, and lipids like wax. Edible packaging can help extend shelf-life by preventing moisture loss and microbial growth while providing a more sustainable alternative to traditional packaging waste.

Vacuum Packaging

Shahnaz Mol. S

Extruded Snack Food

vinita puranik

This document discusses extruded snack foods and the extrusion process. It covers the different types of snack foods produced via extrusion, including first, second, and third generation snacks. It describes the extrusion process and how varying factors like moisture, temperature, fiber and lipid content can impact expansion during extrusion. Specific raw materials used like cereals, tubers and their properties are outlined. The roles of ingredients like fats and seasonings in finishing extruded snacks are also summarized.

Modified atmospheric packaging {MAP}

SHUBHAM PATIDAR FISHERIES ADDAA

Packaging has been used for thousands of years, originally using natural materials like skins and leaves. Four thousand years ago, sealed pottery jars were introduced to protect against rodents. One hundred years ago, packaging was rarely used in food industries but now is a significant part of food production, with continuous development of new packaging materials and equipment. Modified atmosphere packaging is a common technique that uses specialized machinery to flush out air and replace it with different gases or gas mixtures to provide longer shelf life and maintain food safety and quality by modifying the normal air composition. The major gases used are nitrogen, oxygen, and carbon dioxide in various combinations depending on the food and storage temperature.

Retort pouches

Cyril Mangan

Retort pouches provide a convenient packaging solution for foods. They extend shelf life without refrigeration by using a retort process involving heat and pressure to sterilize sealed food packages. Retort pouches are flexible pouches made of heat resistant multilayer plastic and sometimes aluminum foil. They allow for various food types to be packaged and have advantages over cans like being lightweight, easy to store and distribute, and providing more surface area for labels. The retort process cooks and preserves the food, making it shelf stable at room temperature for over a year. Retort pouches provide consumers with a convenient ready-to-eat package.

Ppt of biodegradable packaging

Pradip Pawar

Biopolymers can be divided into three categories based on their origin and production: 1) Polymers directly extracted from biomass like starch and cellulose 2) Polymers produced from biobased monomers through chemical synthesis like polylactic acid 3) Polymers produced by microorganisms or genetically modified bacteria like polyhydroxyalkanoates Common biopolymers include starch, polylactic acid, polyhydroxyalkanoates, and polycaprolactone. These materials have properties similar to conventional plastics but are biodegradable. Their gas barrier and thermal properties depend on material and humidity conditions. Biopolymers can be composted within weeks to months depending on

active & intelligent packaging

Bhavesh Datla

The document summarizes a seminar on active and intelligent packaging presented by Bhavesh Datla. It discusses various types of active packaging systems that interact with the internal environment of the package, such as oxygen scavengers, carbon dioxide emitters/absorbers, ethylene absorbers, and moisture absorbers. It also describes intelligent packaging systems containing indicators that provide information on the history or quality of food, including sensors to detect gases, ripeness, temperature, or tampering. The seminar provided an overview of these emerging packaging technologies and their potential to extend shelf life and ensure food safety.

Air blast and immersion freezing

Anuharsh Gaur

Freezing is a method of food preservation that involves lowering the food's temperature to below the freezing point. It allows food to be preserved by slowing microbial growth and preventing spoilage. There are different freezing methods like air blast freezing, which uses cold air circulated over food on a conveyor belt, and immersion or spray freezing, which sprays or immerses food in refrigerated liquid. The key is freezing food quickly to form small ice crystals that do not damage cells and affect quality. Larger ice crystals from slow freezing can damage texture and flavor.

Packaging Of Beverages

Christina Parmionova

The document discusses packaging for beverages in India. It covers non-carbonated beverages like fruit juices, coffee, and tea, as well as carbonated drinks. Common packaging materials include glass, metal cans, plastic bottles and aseptic cartons. Plastic is increasingly used for fruit juices due to its ability to be hot-filled and provide longer shelf life. Bag-in-box systems are also used for some beverages. The document outlines factors to consider for different beverage types like acidity, enzymes, and oxygen permeability.

Properties of packaging material

Dt Bhawana Dayal

This document discusses various properties of packaging materials including tensile strength, bursting strength, tearing resistance, puncture resistance, impact strength, and permeability. It defines each property and describes the machines and calculations used to measure them. Properties like tensile strength, bursting strength, and tearing resistance indicate a material's resistance to pulls, bursts, and tears. Permeability properties like oxygen transmission rate and water vapor transmission rate are important for determining shelf life of packaged foods. Understanding these material properties helps in selecting appropriate packaging.

MAP

harish sourya

Modified atmosphere packaging (MAP) involves flushing air out of food packaging and replacing it with gas mixtures to extend shelf life. Common gases used are carbon dioxide to inhibit bacteria, nitrogen to displace oxygen, and low levels of oxygen for some products' appearance. Novel gases like argon and nitrous oxide may also effectively inhibit spoilage. High oxygen MAP can prevent browning but also microbial growth. Testing shows these alternative gases may effectively extend shelf life while maintaining quality for many fresh and prepared foods. MAP requires specialized equipment to control and monitor precise gas mixtures tailored to different products.

Packaging materials: Paper based packaging for food

Dr. Jilen Mayani

Paper is a very versatile material. It is produced from cellulosic, naturally renewable fibres. It is therefore considered as an environmentally friendly material, being easily recycled, composted or incinerated after use. It may be used in food packaging applications within a wide range of grammages, being designed as wrapping paper, folding box board or corrugated board, for direct or indirect contact, i.e. as primary, secondary or tertiary packaging. Other paper grades, such as tissue paper, may be used in occasional contact with foodstuffs. When paper and paper based products are intended, or likely, to come into contact with food, manufacturers follow relevant and acknowledged regulations and guidelines to design manufacturing processes and recipes, and ensure consumer safety.

Thermal processing technologies

china vengaiah

Thermal food processing technologies include various cooking and heat treatment methods like baking, boiling, frying, and more. These methods make food safer, more palatable, and in some cases help preserve it. Common thermal processing techniques discussed include blanching, pasteurization, sterilization, evaporation/concentration, extrusion, dehydration, baking/roasting, and frying. Newer methods like aseptic processing are also covered, which sterilize food outside the package before aseptically filling sterile containers. The document provides details on the principles, equipment used, advantages, and limitations of various thermal food processing technologies.

Non Migratory Bioactive Polymer

KUSH VERMA

This document discusses non-migratory bioactive polymers for food packaging. It provides examples of how bioactive peptides and antimicrobial peptides can be covalently linked to packaging polymers to inhibit microbial growth without migrating into the food. Specifically, it mentions how chitosan, UV-irradiated nylon, and nylon treated with laser can all exhibit antimicrobial properties through interactions with microbial membranes that disrupt permeability. Non-migratory bioactive polymers provide benefits like improved stability of bioactive compounds, regulatory advantages over food additives, and enabling minimally processed foods with a longer shelf life.

canning of meat

AmeykumarGaurav

TALAT Lecture 3710: Case Study on Can Making

CORE-Materials

This lecture gives a background of the design and manufacturing processes of food and beverage cans, which are produced by drawing and drawing & ironing of rolled aluminium alloys. It draws attention to the challenge for materials and production engineers to fulfill contradicting demands and requirements for the production of cans and easy-open lids in a very competitive market. It demonstrates that optimization of all parameters, i.e. design, manufacturing and materials, has resulted in sheet metal forming processes of extremely high productivity and reliability. A good general knowledge of engineering practice and a familiarity with sheet metal forming and properties of aluminium alloys is assumed.

Shrink and strech packaging

MONISHA SELVAN

Shrink wrapping and stretch wrapping are two common packaging methods that use plastic film. Shrink wrapping involves wrapping an item and then applying heat to shrink the film tightly around the item. The process has four stages: wrapping, sealing, shrinking with hot air, and cooling. Stretch wrapping uses elastic plastic film that is stretched to wrap around items palletized on a pallet. When stretched, the film's elastic recovery keeps the items tightly bound. Stretch wrapping provides benefits like load stabilization, efficient handling and storage, and some protection from dust, moisture, and tampering. It also saves on energy compared to shrink wrapping.

Design Of Freezing Equipments in Food Industry.

Shahnaz Mol. S

Blanching of Food

Mahmudul Hasan

Blanching is a heat treatment of fruits and vegetables that inactivates enzymes and microorganisms. It involves rapidly heating produce to a specified temperature for a short time period, then rapidly cooling it. This helps prevent quality degradation during further processing like freezing, canning, or drying by stopping enzymatic and microbial activity. Blanching also softens tissues, removes gases, and helps with peeling or packaging of produce. However, it can result in some nutrient and texture loss depending on the time-temperature combination used.

Active Packaging

Krushna Yadav D K

This document discusses active packaging, which incorporates components into packaging systems that interact with food or the surrounding environment to prolong shelf life and food quality. It provides examples of active packaging systems that scavenge oxygen, ethylene, or emit ethanol. The goal is to enhance food preservation through techniques like oxygen removal, carbon dioxide absorption, and antimicrobial control. Trends include reducing food waste and using more sustainable active agents, while challenges include cost and technical limitations.

What's hot (20)

Edible films and coatings

Vacuum Packaging

Extruded Snack Food

Modified atmospheric packaging {MAP}

Retort pouches

Ppt of biodegradable packaging

active & intelligent packaging

Air blast and immersion freezing

Packaging Of Beverages

Properties of packaging material

MAP

Packaging materials: Paper based packaging for food

Thermal processing technologies

Non Migratory Bioactive Polymer

canning of meat

TALAT Lecture 3710: Case Study on Can Making

Shrink and strech packaging

Design Of Freezing Equipments in Food Industry.

Blanching of Food

Active Packaging

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2 casting forming

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IEEM 215 covers traditional manufacturing processes including casting, forming, and sheet metal processing. Casting methods like sand casting and die casting are discussed along with guidelines for casting design to prevent defects. Forming processes include rolling, forging, and extrusion to shape metals. Sheet metal processes involve cutting, punching, bending, and deep drawing of sheet stock to form parts. The notes provide examples of each process and considerations for planning the sequencing of operations.

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Casting for 2022 GATE ESE PSUs by S K Mondal .pdf

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Sand casting uses sand as the primary mould material mixed with other materials like clay and water. A pattern with the shape of the desired casting is packed in sand to form the mould cavity. Molten metal is poured through a sprue hole and gates into the mould. After solidification, the mould is broken and the casting is removed and further processed by cutting off ingates. The sequential steps involve packing sand in the drag and cope halves of a flask with the pattern, cutting runners and gates, and pouring molten metal. Key terms include flask, pattern, parting line, and gates. Core sands require higher strength and permeability than moulding sands.

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Can manufacturing

1. Team “2” Presented to: Dr. Mohamed AbdEl-Monem Daha CAN MANUFACTURING

2. Team "2" 2 • Introduction • Types of Cans • Materials • Manufacturing Process • Conclusion OUTLINES

3. HISTORY OF CAN MANUFACTURING • Early tin cans were sealed by soldering with a tin-lead alloy, which could lead to lead poisoning. • Use of aluminum in cans began after the (2nd world war) in 1957. Why Aluminum? • Less in cost. • Greater malleability. • This gave rise to the two-piece can, where all but the top of the can is simply stamped out of a single piece of aluminum, rather than constructed from two pieces of steel. Team "2" 3

4. Team "2" 4 TOOL MATERIAL & HARDNESS

5. (1) One-piece Cans. (2) Two-Pieces Cans. (3) Three pieces cans. TYPES OF CANS Team "2" 5

6. Team "2" 6 Impact-extruded aluminum cans necked-in to accept the valve cup.  No welding is used.  Often used for sprays and paints. ONE-PIECE CANS

7. (1) Punching (2) Impact Extrusion A ONE-PIECE CANS PROCEDURES Team "2" 7

8. (3) Trimming (4) Washing & Drying (5) Coating (6) Heat Drying A ONE-PIECE CANS PROCEDURES Team "2" 8

9. (7) Heat Drying (8) Roller Printing (9) Drying (10) Swaging A ONE-PIECE CANS PROCEDURES Team "2" 9

10. (11) Testing (12) Packaging A ONE-PIECE CANS PROCEDURES Team "2" 10

11. Team "2" 11 Mostly used as beverage cans. They have many ends like easy-open end. They may contain another contents like car-wax and shoe polisher. TWO-PIECE CANS

12. The Aluminum can consists of: 97.4% Aluminum 1% Magnesium 1% Manganese 0.4% Iron 0.2% Silicon MATERIALS OF BEVERAGE CAN Team "2" 12

13. Draw (Shallow Draw): Shallow-profile cans（whose height is less than their diameter. Draw and redraw (DRD): shallow drawing in 3 steps. Draw and iron (D&I ): Carbonated beverage cans. TWO-PIECE CANS Team "2" 13

14. PROCESS OF (DRAW & IRON) CAN Team "2" 14

15. Team "2" 15 • Requires more material. • Reduces top-to-bottom compression strength. • Complicates labeling. SIDEWALL BEADING & CAN END SHELLS

16. Team "2" 16 CAN END (SEAMING)

17. (1) Cutting the blank (2) Redrawing the cup (3) Trimming the ears (4)Cleaning and decorating (5) The lid (6) Detecting and quality assurance (7) Filling and seaming A TWO-PIECE CAN PROCEDURES Team "2" 17

18. (1) Cutting the blank A TWO-PIECE (BEVERAGE) CAN PROCEDURES Team "2" 18

19. Team "2" 19 BLANKING

20. (2) Redrawing the cup A TWO-PIECE (BEVERAGE) CAN PROCEDURES Team "2" 20

21. Team "2" 21 IRONING & END FORMING

22. (3) Trimming the ears A TWO-PIECE (BEVERAGE) CAN PROCEDURES Team "2" 22

23. Team "2" 23 EAR TRIMMING

24. (4)Cleaning and decorating A TWO-PIECE (BEVERAGE) CAN PROCEDURES Team "2" 24

25. Team "2" 25 COATING PROCESS

26. (5) The lid A TWO-PIECE (BEVERAGE) CAN PROCEDURES Team "2" 26

27. Team "2" 27 (6) Detecting and quality assurance using duplex seam micrometer. A TWO-PIECE (BEVERAGE) CAN PROCEDURES

28.  They are made of Tin- plated or tin-free steel depending on the end use. Used for paints containers, glues, and aerosols. THREE-PIECE CANS Team "2" 28

29. Team "2" 29 (1) Raw Material Coil (2) Cutting into sheets A THREE-PIECE CAN PROCEDURES

30. Team "2" 30

31. Team "2" 31 (3) Lacquer (4) Heating A THREE-PIECE CAN PROCEDURES

32. Team "2" 32 (5) Slitting to smaller sheets (6) Rolling (7) Welding (8) Spraying & Curing A THREE-PIECE CAN PROCEDURES

33. Team "2" 33 (9) Flanging (10) Seaming (11) Sidewall beading A THREE-PIECE CAN PROCEDURES

34. Team "2" 34 (12) Testing (13) Packaging A THREE-PIECE CAN PROCEDURES

35. Team "2" 35 SUMMARY

36. Team "2" 36 • The manufacturing process for aluminum beverage cans is already technologically very advanced, and therefore it is useful to have the utmost information possible on material and tooling, in order to optimize it CONCLUSION

37. Team "2" 37 Team “2” 1- Ahmed Ayman 2- Esraa Tarek 3- Bassant Hamdi 4- Dalia Mahmoud 5- Sara Samy 6- Tarek Hossny 7- Abdel Rahman Atef

Can manufacturing

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