Fish Packaging PDF

1 PACKAGING OF FISH PRODUCTS 2 INTRODUCTION  Fish are highly nutritious at the same time sensitive, perishable.  Packaging maintains quality, offers protection, and facilitates movement of goods and handling.  Packaging provides information on  Product identity & origin  How to use & store  Nu...

1 PACKAGING OF FISH PRODUCTS 2 INTRODUCTION  Fish are highly nutritious at the same time sensitive, perishable.  Packaging maintains quality, offers protection, and facilitates movement of goods and handling.  Packaging provides information on  Product identity & origin  How to use & store  Nutritional information.  Good packaging should keep your specific food product safe and catch the customer’s eye. 3 ROLE OF PACKAGING  Protect the products - physical, chemical & biological agents, adulteration, tempering, contamination, damage.  Help for easy distribution and handling during display.  Serve as a communicator & provide information about product.  Add value to the product with high quality and attractive packaging.  Help to minimize the cost of product.  Help to extend shelf-life of product. 4 FISH  Fresh fish - Fish or fishery products that have received no preserving treatment other than chilling (FAO, 2009).  Types fish packaging – 4 common types 1. Bulk packaging 2. Wholesale packaging 3. Retail packaging 4. Air freight packaging 5 BULK PACKAGING MATERIAL SHOULD BE  Suitable size to handle any type of fish comfortably  Easy to manage, carry and clean  Designed with proper insulation to maintain temperature  Designed to allow draining out of melted water  Protect the fish from crushing, spoilage, environmental pollution and pilferage  Easy to store and effective for transporting chilled fish  Available at a reasonable cost. 6 BULK PACKAGING  Recent years, wooden and woven bamboo baskets are replaced by plastic boxes.  Plastic boxes - more hygienic, lighter and stronger.  Material used for plastic Low density polyethylene (LDPE) High density polyethylene (HDPE) Polypropylene (PP)  Life span of material – 5 years  Aluminum steel and fibreglass also used for insulated containers. 7 BULK PACKAGING – FRESH FISH  Local transport - Insulated corrugated plastic container – last for 5 trips, light weight & easy to handle.  Cycle hawkers – U shaped box (100kg capacity) made of HDPE.  Boats & processing Centre's - Insulated galvanized iron box (40kg) – not become popular due to high tare weight.  For rail and road – Wooden box (20-120kg) – generally used in western India – looses its insulation property once its get wet.  For long distance – Fiberboard container – keep the fish fresh for 60h covering 1700 km – used for freshwater fishes 8 WHOLESALE PACKAGING & RETAIL PACKAGING – FROZEN FISH  Frozen product - Fish that have been subjected to freezing in a manner to preserve the inherent quality of the fish by reducing the average temperature to -18°C or lower and which are then kept at a temperature of -18°C or lower.  Frozen shrimp which includes shrimps, means the product frozen raw or partially or fully cooked, peeled or unpeeled.  Domestic / Export - transported in refrigerated fright container/ Reefer container (-18 °C).  Retail pack required for house hold purpose whereas wholesale packaging used for restaurants, repacking and catering services. WHOLESALE PACKAGING & RETAIL PACKAGING – FROZEN FISH AND FISHERY PRODUCTS FROZEN FISH packaging material should be  Protect the products from moisture and aroma loss  Oxidation and rancidity  Should not become brittle and torn  Low water vapor permeability  Low oxygen permeability rates  Able to withstand sub-zero temperatures  Retain the odor inside the package 9 10 FROZEN FISH/SHRIMP PACKAGING MATERIAL  Packaging of frozen products Most common packaging material – i. Polystyrene trays over-wrapped with  Primary packaging  Secondary packaging ii. Polyethylene bag  Tertiary packaging iii. Plastic bag inside carton box polyethylene/ polypropylene film iv. Waxed paper box v. interlocking, printed, polycoated and corrugated fibreboard carton 11 FROZEN FISH/SURIMI/SHRIMP - BLOCK – PRIMARY PACKAGING  low-density polyethylene (LDPE) is generally used to line the primary carton.  Some exporters use a LDPE pouch/ bag instead of a wrapper.  100 gauge LDPE used for wrap; 200 gauge used for bag.  Instead of LDPE film, High Molecular High Density Polyethylene (HM-HDPE) film ( 60 & 120 gauge) is also used – cost effective but not transparent. FROZEN FISH/SHRIMP/CUTTLE FISH – INDIVIDUAL QUICK FROZEN (IQF) – PRIMARY PACKAGING  A plastic unit pouch or wrapper is used as a primary pack  Pouches vary in capacities ranging from 200 grams to 10 kgs.  Materials used for the construction of the unit pouches  Monolayered LDPE or LLDPE (Linear low density polyethylene) film  Co-extruded LLDPE - LDPE, two-layered film  Co-extruded LLDPE - B - polyamide - B - LLDPE  Five layered film  Polyester / LDPE laminate 12 13 FROZEN FISH/SHRIMP – INDIVIDUAL QUICK FROZEN (IQF) – PRIMARY PACKAGING  Plastic Trays: Some of the processors use plastic trays of Expanded Polystyrene (EPS) or Polyethylene Terephthalate (PET).  Specially for head-on shrimps, lobsters, butterfly shrimps.  The trays are either placed in a plastic pouch, which is heat-sealed, or in printed paperboard cartons with see-through windows.  For butterfly shrimps, after the product is placed on the EPS tray and frozen, they are skin packed with a high barrier plastic film. 14 PRIMARY PACKAGING – MODIFIED ATMOSPHERE PACKAGING (MAP)FRESH FISH  Product shelf-life can be extended by modified atmosphere packaging (MAP)  It depend on the species, fat content, initial bacterial load, gas mixture, type of packaging material and, especially important, the temperature of storage.  MAP should be strictly controlled by: Monitoring the gas–product ratio Types and ratio of gas mixtures used Type of film used Type and integrity of the seal Temperature control of product during storage IS : 10146 - 9845 SPECIFICATION FOR POLYETHYLENE – PRIMARY PACKAGING (FSSAI REQUIREMENT) Specification for primary conduct with food material Water vapour transmission rate 18 gm/sqm / 90 ± 2% RH /24 h / 37 °C Tensile strength Not less than 120kg/cm2 in the machine direction Elongation at break 100% in machine direction 350% in cross direction Overall migration residue 60 mg/l or 10 mg/dm2 15 SECONDARY PACKAGING – FROZEN PRODUCTS  Cartons can be a primary packages or secondary packages.  Kraft boards - Frequently used for packaging frozen foods - usually made from fully bleached materials - strong good appearance & suitable for direct contact with food.  Folding box boards - One fully bleached side which is suitable for direct contact with food.  Recycled fibre boards - These are usually used for secondary and tertiary packaging. 16 SECONDARY / TERTIARY PACKAGING - CARTONS  4 types of cartons used for seafood products  Top opening type – filling is done from the top – mainly for filling larger pieces of fish and cephalopods.  End opening type – product is smaller and free flowing (e.g. fish curry or fish soup.  End loading – product are loaded from one end into a horizontal glued carton. End flaps are heat sealed or closed by tucks in flap.  Tray type – Polypropylene trays - heat sealed –used for frozen precooked products. 17 18 AIR FREIGHT PACKAGING  Packing and packaging for the export market is similar to the process for domestic sales.  Export market shipment packing and packaging requirements will vary according to the type of product, type of market and method of shipment.  Packing materials used on airlines must withstand leakage, vibration, shock, stacking and changes in temperature and atmospheric pressure.  Insulating materials can help to maintain temperature.  If the product tends to leak liquids, it should be packed with an absorbent pad in polybags.  Absorbent pads help to remove liquid drip which can be a medium for bacterial growth. 19 AIR FREIGHT PACKAGING  Outer packaging materials should be multi-walled, wax impregnated fiber board/cardboard boxes with fan folded corners.  Boxed product should be banded at least twice for added strength. The best quality boxes have reinforced corners.  Heavy corrugated or solid fiberboard cartons or sturdy expanded polystyrene boxes lined with polybags  Boxes that are wax saturated, wax coated or treated with some other water resistant process are desirable.  The combination of a corrugated box and a molded foam box is a commonly used seafood packing system.  Both expanded polystyrene and fiberboard have a high rate of breathability and allow for a certain amount of air exchange 20 SPECIFICATION DUPLEX CARTONS – SECONDARY PACKAGING Material Duplex board Style of carton One piece staple Grammage 300 g/m2 ( minimum) Bursting strength 4 kg/cm2 Wax coating Inner & outer side 10g/m2 on each side (minimum) Polyethylene coating 20gsm on each side Ring stiffness 270 N Printing details Brand name, product type, net content, size grade, 21 MASTER CARTON (CORRUGATED FIBREBOARD) - TERTIARY PACKAGING Style of box Constructed from one piece of board No of plies 3 or 5 ply corrugated paper board Type of flute Vertical Bursting strength 14 kg/cm2 min Puncture resistance 160 oz in/ tear in Cobb value (30 min) 120g/m2 max Compression strength (kg) 350 (minimum) Manufactures joint Staples on the outside. Overlap not less than 3 that 6 cm apart and not further than 2.5 cm from beginning and end of joint Type of glue Water resistant, preferable starch based or any other neutral adhesive Wax coating Inside and outside of 20 g/m2 (min) on each side Printing details Product details, country & packer/exporter details 22 PACKAGING OF BATTERED AND BREADED PRODUCTS  These form an important class of value added products in convenient form.  Major issues are desiccation, dis-colouration and development of rancidity.  Plastic films alone are not suitable - they provide little mechanical protection to the products and as a result, the products get damaged or broken during handling and transportation.  Thermoformed containers are commonly used for this purpose.  Materials used for thermoformed trays are  Poly Vinyl Chloride (PVC)  High Impact Polystyrene (HIPS)  High Density Polyethylene (HDPE) 23 FISH SAUSAGE  Fish sausage is a product identical to the popular pork sausage. Surimi is the base material, which is homogenized after mixing with several other ingredients.  Homogenized mass is stuffed in synthetic casings like Ryphan (Rubber hydrochloride) or Kurehalon (Vinylidene chloride).   Surface of the sausage is wrapped in cellophane laminated with polythene. Conventionally fish sausages are packed in sheep or goat intestine, which is edible.  Duplex cartons lined with a plastic film are ideal for short-term storage  Frozen storage, packaging suggested for block frozen shrimp are suitable. 24 PACKAGING OF THERMAL PROCESSED FISH PRODUCTS  It should be hermetically sealable, thermally conductive and inexpensive.  Sulphur resistant lacquered cans are generally used for fish products.  Common materials used for manufacturing containers for fish products the world over are tinplate, aluminum and tin free steel (TFS).  Retortable/flexible laminated pouches are also used  The material should be superior barrier properties for a long shelf life, seal integrity, toughness and puncture resistance and must also withstand the rigors of thermal processing. 25 PACKAGING OF DRIED/SMOKED FISHERY PRODUCTS  Packaging material – inert and should not allow any moisture and gas to enter the product.  Dried fish normally are having sharp edges and spines.  They will puncture the packaging material and the moisture will enter the package.  So, the packaging material should be strong enough to withstand normal puncture.  High density polythene woven gusseted bags laminated with 100 gauge low density polythene are found quite suitable for bulk packaging of dried fish.  Consumer packs of dry fish are low density polythene or polypropylene.  Polyester polythene laminated pouches. 26 ACCELERATED FREEZE DRIED (AFD) PRODUCTS  AFD or lyophilized product - removes moisture from raw, frozen product through a vacuum system.  Products are very fragile  It can easily undergo chemical reactions with air leading to oxidation, deterioration of colour, absorption of water etc.  Generally packed under an inert gas to exclude air and oxygen.  Main requirements in the packaging employed are low oxygen and water vapour transmission to protect the product from rancidity and absorption of moisture   Sufficient mechanical strength to protect from shock. Paper/aluminium foil/polythene laminates or metalised polyester/polythene laminated pouches and in some cases metal cans are recommended for these freeze dried products. 27 FISH PICKLE  Fish Pickle - Fish Pickle means an oily, semi-solid product with spices and acidic taste obtained from maturation of partially fried fish with vinegar.  Low cost fish, clam meat, oyster meats etc. are used  Conventionally, glass bottles are used as containers, which offer properties like inertness, non-toxicity, durability, non-permeability to gases, moisture etc.  Disadvantage - They are heavy, prone to break, voluminous and expensive.  New flexible packaging materials Plain polyester laminated with LDPE-HDPE co-extruded film or Nylon/Surlyn. These are inert to the product, can be attractively fabricated as stand up packs and printed on reverse side of the polyester film. 28 FISH SOUP POWDER, FISH PROTEIN / HYDROLYSATE POWDERS/SEASONINGS  FISH POWDER – contains partially hydrolysed protein, carbohydrates, fat and several seasoning compounds including salt - highly hygroscopic in nature.  Packaging material - 12 micron plain polyester laminated with LDPEHDPE co-extruded LD/BA/Nylon/BA/Primacore. film or 90-100 micron 29 EXTRUDED PRODUCTS  Extruded product - Ready to eat snacks prepared by the extrusion process.  Product - hygroscopic nature - may lead to loss of crispness of the product.  Moisture also accelerates other biochemical changes such as oxidative rancidity.  Oxygen inside the package is replaced by an inert gas like nitrogen.  Packaging requirement Low water vapor and gas permeability Physically strong enough to withstand the processes of vacuuming/gas flushing.  Metalized Polyester-Polyethylene laminated pouches are used for the packaging of extruded snacks. 30 GLUCOSAMINE HYDROCHLORIDE  D-Glucosamine hydrochloride is used to cure rheumatic arthritis, and is also used as an additive in the food & cosmetic industry.  It is stored in a cool and dry well-closed container, the temperature should be lower than 25°C & relative humidity should not exceed 50%.  Packaging - polybottle, namely PP or HDPE of 1kg, 500g and 20 g, 1kg metallised bag, 25kg in drums for commercial use and smaller quantities are packed in auto sample vials. 31 CHITIN AND CHITOSAN  Chitin and chitosan are derived from prawn shell waste.  It should be protected against moisture gain as well as microbial and insect attacks.  Bulk packaging of chitosan is done in HDPE woven gusseted bag laminated with 100 gauge LDPE liner.  Chitosan is also marketed in capsule forms for consumption.  Capsules made of gelatin are used for filling chitosan.  Since chitosan is in the powdered form or flakes they are filled into the capsules.  A particular numbers of capsules are then placed in HDPE containers. 32 FISH MEAL  Fish meal is a source of high quality protein (60%) and is also a rich in omega-3 essential fatty acids EPA and DHA due to the high fat content.  Packaging should be impermeable to moisture, oxygen and other insets and pests.  Generally packed in HDPE sacks for bulk transportation.  It also packed in jute bags, multiwall paper bag which are lined with polythene and in HDPE woven bags with liner. 33 FISH SILAGE  Fish silage – liquid product – prepared by acid hydrolysis.  Fish silage is generally stored in huge drums or polycontainers. 34 FISH OIL    Fish oils - highly unsaturated fatty acids. Easily susceptible to oxidation when exposed to air. Packaging material - high barrier properties which are moisture proof, oil resistant and impermeable to oxygen.  Larger quantities of fish oil are mainly packed in LLDE/Nylon films or in glass bottles.  Bulk transportation food grade flexi tanks made of 4 layered polyethylene and tubular Polypropylene (PP).  Advantages of using flexitanks are that they can carry 50% more than bottles and therefore will save on storage space, packaging and transportation cost. 35 Common packaging practices adopted in India for exports of selected fish and marine products 36 FOOD SAFETY AND STANDARDS (PACKAGING AND LABELLING) REGULATIONS, 2011 (i) IS : 10146 (Specification for Polyethylene in contact with foodstuffs) (ii) IS : 10142 (Specification for Styrene Polymers in contact with foodstuffs) (iii) IS : 10151 (Specification for Polyvinyl Chloride (PVC), in contact with foodstuffs) (iv) IS : 10910 (Specification for Polypropylene in contact with foodstuffs) (v) IS : 11434 (Specification for Ionomer Resins in contact with foodstuffs) (vi) IS: 11704 Specification for Ethylene Acrylic Acid (EAA) copolymer (vii) IS: 12252 - Specification for Poly alkylene terephathalates (PET) (viii) IS: 12247 - Specification for Nylon 6 Polymer (ix) IS: 13601 - Ethylene Vinyl Acetate (EVA) (x) IS: 13576 - Ethylene Metha Acrylic Acid (EMAA) 37 LABELLING - FOOD SAFETY AND STANDARDS (PACKAGING AND LABELLING) REGULATIONS, 2011 Labelling should provide the information of    Size of logo Name of food Area of principal display panel Minimum size of diameters in mm Upto 100 cm2 3 Above 100 cm2 upto 500 cm2 4 Above 500 cm2 upto 2500 cm2 6 Above 2500 cm2 8 List of Ingredients Nutritional information  Declaration regarding Non veg  Declaration regarding Food Additives 38 LABELLING - FOOD SAFETY AND STANDARDS (PACKAGING AND LABELLING) REGULATIONS, 2011 Labelling should provide the information of  Name and complete address of the manufacturer  Net quantity  Lot/Code/Batch identification  Best Before and Use By Date  Country of origin for imported food  Instructions for use For More details Contact: National Institute of Food Technology and Entrepreneurship and Management Ministry of Food Processing Industries Plot No. 97, Sector-56, HSIIDC, Industrial Estate, Kundli, Sonipat, Haryana-131028 Website: http:www.niftem.ac.in Email: [email protected] Call: 0130-2281089