This document provides the Codex Standard for Apples, including definitions, quality provisions, classification requirements, tolerances, packaging and labeling guidelines. It defines three quality classes - Extra, Class I, and Class II - based on defects allowed. Apples must be sound, clean, and free of damage from pests, temperatures, and dehydration. Size is determined by diameter or weight, with minimum sizes of 60mm or 90g. Tolerances are provided for defects within quality classes. Packaging must protect apples and labeling must include variety, class, size and origin. Contaminant limits must comply with Codex standards.
Fiberstar, Inc. - Citri-Fi Clean Label Natural Citrus Fiber for Food & BeveragesJennifer J. Stephens
Citri-Fi is a natural citrus fiber that provides high water holding and emulsification properties that benefit bakery, meats, sauces, beverages, dairy, beverages and plant-based foods. Learn more about how this natural food ingredient can replace gums, starches and chemical stabilizers while improving texture, nutrition and labeling.
The document discusses Good Manufacturing Practices (GMP) for coffee production. It defines what GMP and cGMP are, explaining that cGMP emphasizes dynamic regulatory requirements. GMP ensures safe food production through proper organization, personnel hygiene and health, facility design and maintenance, equipment cleaning, process and quality controls, documentation, and more. Adhering to GMP standards from raw materials to distribution helps guarantee quality and safety. Quality begins with high quality green coffee beans, free of defects that could impact taste.
SAFETY FACTORS IN POST HARVEST TECHNOLOGYsubhashB10
This document discusses safety factors in post-harvest technology. It identifies three main categories of food safety hazards: physical, chemical, and biological. Physical hazards include things like metal fragments or glass that can contaminate produce. Chemical hazards are pesticides, cleaners, or heavy metals that can contaminate produce. Biological hazards include pathogens from soil, feces, parasites or viruses. The document recommends safety measures like employee hygiene, regular cleaning and sanitizing of equipment, use of food-grade packaging, washing produce with chlorinated water, refrigerated transport, and sanitizing of containers and surfaces.
Lecture 5: Transport and Storage of Fruits and VegetablesKarl Obispo
This document discusses the transport and storage of fresh fruits and vegetables. It covers 4 key areas: 1) the ideal characteristics of transport for fresh produce, 2) how refrigerated storage can reduce deterioration, 3) the importance of appropriate transport for marketing, and 4) damages that can occur during transport. The document emphasizes that temperature control is critical for storage and transport, as it regulates the respiration rate of produce and helps preserve quality by slowing deterioration. Appropriate packaging and careful handling are also important to prevent mechanical damage during transport.
Food packaging protects food from contamination and spoilage, helps store food safely, and provides information to consumers. Some packaging materials can release toxins when heated, so regulators test all packaging materials rigorously. Packaging serves several functions including containment, protection from environmental factors, preservation by preventing spoilage, providing information to consumers, and convenience. Common packaging materials include glass, metal, paperboard, and various plastics which have advantages and disadvantages for different applications.
Fiberstar, Inc. - Citri-Fi Clean Label Natural Citrus Fiber for Food & BeveragesJennifer J. Stephens
Citri-Fi is a natural citrus fiber that provides high water holding and emulsification properties that benefit bakery, meats, sauces, beverages, dairy, beverages and plant-based foods. Learn more about how this natural food ingredient can replace gums, starches and chemical stabilizers while improving texture, nutrition and labeling.
The document discusses Good Manufacturing Practices (GMP) for coffee production. It defines what GMP and cGMP are, explaining that cGMP emphasizes dynamic regulatory requirements. GMP ensures safe food production through proper organization, personnel hygiene and health, facility design and maintenance, equipment cleaning, process and quality controls, documentation, and more. Adhering to GMP standards from raw materials to distribution helps guarantee quality and safety. Quality begins with high quality green coffee beans, free of defects that could impact taste.
SAFETY FACTORS IN POST HARVEST TECHNOLOGYsubhashB10
This document discusses safety factors in post-harvest technology. It identifies three main categories of food safety hazards: physical, chemical, and biological. Physical hazards include things like metal fragments or glass that can contaminate produce. Chemical hazards are pesticides, cleaners, or heavy metals that can contaminate produce. Biological hazards include pathogens from soil, feces, parasites or viruses. The document recommends safety measures like employee hygiene, regular cleaning and sanitizing of equipment, use of food-grade packaging, washing produce with chlorinated water, refrigerated transport, and sanitizing of containers and surfaces.
Lecture 5: Transport and Storage of Fruits and VegetablesKarl Obispo
This document discusses the transport and storage of fresh fruits and vegetables. It covers 4 key areas: 1) the ideal characteristics of transport for fresh produce, 2) how refrigerated storage can reduce deterioration, 3) the importance of appropriate transport for marketing, and 4) damages that can occur during transport. The document emphasizes that temperature control is critical for storage and transport, as it regulates the respiration rate of produce and helps preserve quality by slowing deterioration. Appropriate packaging and careful handling are also important to prevent mechanical damage during transport.
Food packaging protects food from contamination and spoilage, helps store food safely, and provides information to consumers. Some packaging materials can release toxins when heated, so regulators test all packaging materials rigorously. Packaging serves several functions including containment, protection from environmental factors, preservation by preventing spoilage, providing information to consumers, and convenience. Common packaging materials include glass, metal, paperboard, and various plastics which have advantages and disadvantages for different applications.
Postharvest losses are a major issue worldwide, with estimates of 5-25% in developed countries and 20-50% in developing countries. The main goals of postharvest handling are to harvest produce at optimal maturity, maintain quality during storage and distribution, and deliver produce to consumers in a form they will purchase. Key causes of postharvest loss include environmental factors like temperature, pathogens, and physical damage as well as internal factors like respiration and compositional changes. Proper postharvest practices and technologies can help reduce losses and maintain quality from field to fork.
Modern packaging techniques with special reference to bananaRamabhau Patil
The document discusses post-harvest management and packaging techniques for bananas in India. It notes that bananas experience high post-harvest losses during transport, storage, and retail. It then discusses various packaging methods that can help reduce losses, including modified atmosphere packaging (MAP), vacuum packaging, and evaporative cooling. MAP and vacuum packaging can extend shelf life by controlling gas exchange and moisture. The document also recommends developing proper washing, packaging, and transportation systems for bananas in India to minimize losses during post-harvest handling.
This document discusses standards and regulations for plastics used in food packaging in India. It begins by defining standards and standardization. It then discusses the growth of plastic packaging and the role of standards in ensuring food safety and facilitating domestic and international trade. The rest of the document outlines various Indian standards set by the Bureau of Indian Standards regarding specifications for food contact plastics and packaging, test methods, and standards for specific food products and packaging materials.
The document discusses product and process improvement for a jam production company called J.M. Group in Sri Lanka. It provides background on the jam industry in Sri Lanka, including major producers and typical jam products. It then discusses J.M. Group's history and current jam making process, which involves washing, cutting, grinding, boiling fruit with water and adding acid, pectin and sugar before filling and packaging. The document identifies weaknesses in J.M. Group's process such as a lack of supplier relationships and technology improvements. It recommends addressing these weaknesses by creating supplier relationships, improving quality methods, and continually improving technology.
Postharvest Handling of Fruits and VegetablesElisaMendelsohn
This document discusses the importance of proper postharvest handling practices for maintaining quality and extending the shelf life of fruits and vegetables from small-scale operations. It emphasizes that production practices, careful harvesting techniques, and appropriate postharvest storage all contribute to high quality produce. Various cooling and storage methods are described to preserve fruits and vegetables for sale over longer periods of time.
This document discusses the importance and properties of raw materials used in food processing. It makes several key points:
1) The quality of raw materials has a significant impact on the quality of processed foods, so careful selection and quality control of raw materials is important.
2) Important properties of raw materials that influence processing and quality include geometry, color, texture, functionality, and flavor.
3) Raw materials undergo various types of primary and secondary processing to transform them into finished food products.
4) Raw material quality is evaluated based on factors like water content, protein and sugar levels that influence suitability for different processes and products.
Rainbow Exports is a Spices and Oil seeds Exporting Company. The attached PPT will give better idea about the position about the sesame seeds in Indian Market.
Exploring mangoes logistic for export group 4 iiftDEEPAK PANT
This document discusses packaging and transportation requirements for exporting mangoes from India to the US. It outlines best practices for harvesting, packing, storage, and transport of mangoes. Key points include:
- Mangoes should be harvested when slightly green or fully mature and transported quickly to packing facilities in ventilated crates.
- At packing facilities, mangoes are inspected, washed, treated with hot water or fungicide, and packed in ventilated fiberboard boxes labeled with production information.
- Packed mangoes are transported in refrigerated containers and treated with irradiation to meet USDA requirements before export certification and shipment. Maintaining the cold chain from harvest to retailers is important to maximize shelf life.
Pro
Apricots are an important fruit crop grown wild in northern India. They are rich in vitamin A and other nutrients. For fresh consumption, apricots should be harvested when the skin color changes from green to yellow. Proper post-harvest handling like controlled atmospheric storage can maintain quality and prevent diseases during transport and storage. Hypobaric storage and pre-storage treatments like 1-MCP can delay ripening and reduce mechanical damage. Diseases like brown rot, gel breakdown, and Rhizopus rot can occur if fruits are not promptly cooled after harvest.
The document discusses the process of canning food. It was invented in 1809 by Nicolas Appert as a way to preserve food for military use. Canning involves sealing food in air-tight containers and applying heat to kill microorganisms and allow long-term storage. Common foods canned include fruits, vegetables, meats, and other products. The canning process destroys pathogens, inactivates enzymes, and prevents recontamination to provide a shelf life of one to five years.
Postharvest Handling of Fruits and VegetablesGardening
This document discusses best practices for postharvest handling of fruits and vegetables to maintain quality from field to table. It emphasizes that production practices, careful harvesting, and proper packaging, storage and transport are all important. Specific recommendations include gently harvesting produce at its peak maturity to avoid damage, promptly pre-cooling crops to remove field heat, and storing most produce within optimal refrigeration temperature ranges to reduce spoilage and extend shelf life. The goal is to prevent quality declines through the supply chain so customers enjoy healthy, fresh produce.
Post-harvest physiological approaches for preservation of Fruits and Vegetablesrajsenthilnathan
This document discusses post-harvest physiological approaches for preserving fruits and vegetables. It outlines the importance of fruits and vegetables for their protective and nutritional properties. It then discusses various factors that contribute to the perishability of fruits and vegetables after harvest like their morphology and respiration. It lists the primary causes of post-harvest losses and why preservation is needed. Finally, it discusses various physiological approaches that can be used for preservation like temperature control, reducing oxygen availability, ethylene management, and delaying senescence.
This document discusses the evolution and trends of food grain storage in India. It outlines that grains are the main basis for human and animal consumption and that post-harvest losses are caused by biotic and abiotic factors. It then describes traditional and improved storage structures used by farmers as well as bulk storage systems like silos used in warehouses. The document concludes that safe and economical storage through preventive measures is essential for food safety and more research is still needed to address challenges in grain storage.
Drum-type grain cleaners are used for rough cleaning of grains. They have two parts: 1) An aspiration system that separates dust from grains using air channels. This part is optional. 2) A drum sifting system that classifies grains into 5 parts using a drum with reverse-motion paddles and sifting holes. Drum cleaners come in various models with drum diameters ranging from 630mm to 1250mm and capacities of 50-200 tons per hour. They efficiently remove debris from grains while minimizing noise and vibration during operation.
Canning of fruits and vegetables was invented in 1810 by Nicolas Appert to help preserve foods for the French military. Canning involves processing and sealing foods in containers through the use of heat to kill microorganisms and prevent spoilage. The key steps in canning include selection, washing, peeling, blanching, filling containers, adding syrup or brine, sealing, processing with heat to sterilize, cooling, labeling and storing. Canning allows foods to be preserved for one to five years through the combination of heat processing and hermetic sealing of containers.
Primary packaging refers to a product's immediate container, like a plastic packet or bottle. Secondary packaging provides additional protection, like a cardboard box around toothpaste. Transportation packaging is for storage or delivery between locations, such as 50 pens packed in a case and 50 cases in a box. Packaging serves several functions - identifying products, protecting goods, attracting customers, differentiating brands, offering convenience, and preventing tampering or adulteration. It is a critical part of marketing and distribution.
GAP and GMP are practices to ensure safety and quality in agriculture and food manufacturing. GAP involves activities on farms like clean soil/water and worker hygiene. GMP involves following written procedures, documentation, facility maintenance, training and audits in manufacturing. Certification in GAP and GMP gives benefits like market access, consumer confidence and compliance with regulations.
Cleaning refers to chlorine washing of the banana fruit for the removal of undesirable material including latex, chemicals, adhering soil particles along with the microorganisms carried by the soil.
Sorting in banana would refer to removal of overripe, injured, bruised, rotten, diseased, infected and cut fruits.
Grading in banana fruit would refer to categorization of fruits based on number & size of fingers in each hand.
Assessment of maturity indices in vegetavles by MD. Ramajnmohammad ramjan
This document discusses maturity indices for assessing the proper harvesting stage for various vegetables. It begins by defining physiological and horticultural maturity. It then describes several methods for determining maturity, including computational, physical, chemical, and physiological methods. Specific maturity indices are provided for 15 different vegetables, including tomatoes, capsicum, onion, sweet potato, okra, moringa, cucumber, bottle gourd, muskmelon, watermelon, garden pea, chilli, potato, cabbage, and knol-khol. The conclusion emphasizes the importance of harvesting vegetables at the proper stage of maturity to ensure quality and shelf life.
Packaging materials: Paper based packaging for foodDr. 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.
The document provides standards for commercial varieties of bananas grown from Musa spp. in the green state for fresh consumption. It defines requirements for quality, classification into three classes (Extra, Class I, Class II), sizing, tolerances, presentation, marking/labelling, contaminants, hygiene, and includes an annex listing main banana groups and cultivars. Requirements include bananas being whole, sound, clean, free of pests/damage, and meeting minimum physiological development standards.
The document discusses the post-harvest processes of cleaning, sorting, and grading bananas. Cleaning involves chlorine washing to remove latex, chemicals, soil particles, and microorganisms from the fruit surface. Sorting removes overripe, bruised, rotten, diseased, or damaged fruits. Grading categorizes fruits based on finger number and size into classes for marketing. The key steps help prepare the bananas for packaging, storage, ripening and distribution to consumers.
Postharvest losses are a major issue worldwide, with estimates of 5-25% in developed countries and 20-50% in developing countries. The main goals of postharvest handling are to harvest produce at optimal maturity, maintain quality during storage and distribution, and deliver produce to consumers in a form they will purchase. Key causes of postharvest loss include environmental factors like temperature, pathogens, and physical damage as well as internal factors like respiration and compositional changes. Proper postharvest practices and technologies can help reduce losses and maintain quality from field to fork.
Modern packaging techniques with special reference to bananaRamabhau Patil
The document discusses post-harvest management and packaging techniques for bananas in India. It notes that bananas experience high post-harvest losses during transport, storage, and retail. It then discusses various packaging methods that can help reduce losses, including modified atmosphere packaging (MAP), vacuum packaging, and evaporative cooling. MAP and vacuum packaging can extend shelf life by controlling gas exchange and moisture. The document also recommends developing proper washing, packaging, and transportation systems for bananas in India to minimize losses during post-harvest handling.
This document discusses standards and regulations for plastics used in food packaging in India. It begins by defining standards and standardization. It then discusses the growth of plastic packaging and the role of standards in ensuring food safety and facilitating domestic and international trade. The rest of the document outlines various Indian standards set by the Bureau of Indian Standards regarding specifications for food contact plastics and packaging, test methods, and standards for specific food products and packaging materials.
The document discusses product and process improvement for a jam production company called J.M. Group in Sri Lanka. It provides background on the jam industry in Sri Lanka, including major producers and typical jam products. It then discusses J.M. Group's history and current jam making process, which involves washing, cutting, grinding, boiling fruit with water and adding acid, pectin and sugar before filling and packaging. The document identifies weaknesses in J.M. Group's process such as a lack of supplier relationships and technology improvements. It recommends addressing these weaknesses by creating supplier relationships, improving quality methods, and continually improving technology.
Postharvest Handling of Fruits and VegetablesElisaMendelsohn
This document discusses the importance of proper postharvest handling practices for maintaining quality and extending the shelf life of fruits and vegetables from small-scale operations. It emphasizes that production practices, careful harvesting techniques, and appropriate postharvest storage all contribute to high quality produce. Various cooling and storage methods are described to preserve fruits and vegetables for sale over longer periods of time.
This document discusses the importance and properties of raw materials used in food processing. It makes several key points:
1) The quality of raw materials has a significant impact on the quality of processed foods, so careful selection and quality control of raw materials is important.
2) Important properties of raw materials that influence processing and quality include geometry, color, texture, functionality, and flavor.
3) Raw materials undergo various types of primary and secondary processing to transform them into finished food products.
4) Raw material quality is evaluated based on factors like water content, protein and sugar levels that influence suitability for different processes and products.
Rainbow Exports is a Spices and Oil seeds Exporting Company. The attached PPT will give better idea about the position about the sesame seeds in Indian Market.
Exploring mangoes logistic for export group 4 iiftDEEPAK PANT
This document discusses packaging and transportation requirements for exporting mangoes from India to the US. It outlines best practices for harvesting, packing, storage, and transport of mangoes. Key points include:
- Mangoes should be harvested when slightly green or fully mature and transported quickly to packing facilities in ventilated crates.
- At packing facilities, mangoes are inspected, washed, treated with hot water or fungicide, and packed in ventilated fiberboard boxes labeled with production information.
- Packed mangoes are transported in refrigerated containers and treated with irradiation to meet USDA requirements before export certification and shipment. Maintaining the cold chain from harvest to retailers is important to maximize shelf life.
Pro
Apricots are an important fruit crop grown wild in northern India. They are rich in vitamin A and other nutrients. For fresh consumption, apricots should be harvested when the skin color changes from green to yellow. Proper post-harvest handling like controlled atmospheric storage can maintain quality and prevent diseases during transport and storage. Hypobaric storage and pre-storage treatments like 1-MCP can delay ripening and reduce mechanical damage. Diseases like brown rot, gel breakdown, and Rhizopus rot can occur if fruits are not promptly cooled after harvest.
The document discusses the process of canning food. It was invented in 1809 by Nicolas Appert as a way to preserve food for military use. Canning involves sealing food in air-tight containers and applying heat to kill microorganisms and allow long-term storage. Common foods canned include fruits, vegetables, meats, and other products. The canning process destroys pathogens, inactivates enzymes, and prevents recontamination to provide a shelf life of one to five years.
Postharvest Handling of Fruits and VegetablesGardening
This document discusses best practices for postharvest handling of fruits and vegetables to maintain quality from field to table. It emphasizes that production practices, careful harvesting, and proper packaging, storage and transport are all important. Specific recommendations include gently harvesting produce at its peak maturity to avoid damage, promptly pre-cooling crops to remove field heat, and storing most produce within optimal refrigeration temperature ranges to reduce spoilage and extend shelf life. The goal is to prevent quality declines through the supply chain so customers enjoy healthy, fresh produce.
Post-harvest physiological approaches for preservation of Fruits and Vegetablesrajsenthilnathan
This document discusses post-harvest physiological approaches for preserving fruits and vegetables. It outlines the importance of fruits and vegetables for their protective and nutritional properties. It then discusses various factors that contribute to the perishability of fruits and vegetables after harvest like their morphology and respiration. It lists the primary causes of post-harvest losses and why preservation is needed. Finally, it discusses various physiological approaches that can be used for preservation like temperature control, reducing oxygen availability, ethylene management, and delaying senescence.
This document discusses the evolution and trends of food grain storage in India. It outlines that grains are the main basis for human and animal consumption and that post-harvest losses are caused by biotic and abiotic factors. It then describes traditional and improved storage structures used by farmers as well as bulk storage systems like silos used in warehouses. The document concludes that safe and economical storage through preventive measures is essential for food safety and more research is still needed to address challenges in grain storage.
Drum-type grain cleaners are used for rough cleaning of grains. They have two parts: 1) An aspiration system that separates dust from grains using air channels. This part is optional. 2) A drum sifting system that classifies grains into 5 parts using a drum with reverse-motion paddles and sifting holes. Drum cleaners come in various models with drum diameters ranging from 630mm to 1250mm and capacities of 50-200 tons per hour. They efficiently remove debris from grains while minimizing noise and vibration during operation.
Canning of fruits and vegetables was invented in 1810 by Nicolas Appert to help preserve foods for the French military. Canning involves processing and sealing foods in containers through the use of heat to kill microorganisms and prevent spoilage. The key steps in canning include selection, washing, peeling, blanching, filling containers, adding syrup or brine, sealing, processing with heat to sterilize, cooling, labeling and storing. Canning allows foods to be preserved for one to five years through the combination of heat processing and hermetic sealing of containers.
Primary packaging refers to a product's immediate container, like a plastic packet or bottle. Secondary packaging provides additional protection, like a cardboard box around toothpaste. Transportation packaging is for storage or delivery between locations, such as 50 pens packed in a case and 50 cases in a box. Packaging serves several functions - identifying products, protecting goods, attracting customers, differentiating brands, offering convenience, and preventing tampering or adulteration. It is a critical part of marketing and distribution.
GAP and GMP are practices to ensure safety and quality in agriculture and food manufacturing. GAP involves activities on farms like clean soil/water and worker hygiene. GMP involves following written procedures, documentation, facility maintenance, training and audits in manufacturing. Certification in GAP and GMP gives benefits like market access, consumer confidence and compliance with regulations.
Cleaning refers to chlorine washing of the banana fruit for the removal of undesirable material including latex, chemicals, adhering soil particles along with the microorganisms carried by the soil.
Sorting in banana would refer to removal of overripe, injured, bruised, rotten, diseased, infected and cut fruits.
Grading in banana fruit would refer to categorization of fruits based on number & size of fingers in each hand.
Assessment of maturity indices in vegetavles by MD. Ramajnmohammad ramjan
This document discusses maturity indices for assessing the proper harvesting stage for various vegetables. It begins by defining physiological and horticultural maturity. It then describes several methods for determining maturity, including computational, physical, chemical, and physiological methods. Specific maturity indices are provided for 15 different vegetables, including tomatoes, capsicum, onion, sweet potato, okra, moringa, cucumber, bottle gourd, muskmelon, watermelon, garden pea, chilli, potato, cabbage, and knol-khol. The conclusion emphasizes the importance of harvesting vegetables at the proper stage of maturity to ensure quality and shelf life.
Packaging materials: Paper based packaging for foodDr. 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.
The document provides standards for commercial varieties of bananas grown from Musa spp. in the green state for fresh consumption. It defines requirements for quality, classification into three classes (Extra, Class I, Class II), sizing, tolerances, presentation, marking/labelling, contaminants, hygiene, and includes an annex listing main banana groups and cultivars. Requirements include bananas being whole, sound, clean, free of pests/damage, and meeting minimum physiological development standards.
The document discusses the post-harvest processes of cleaning, sorting, and grading bananas. Cleaning involves chlorine washing to remove latex, chemicals, soil particles, and microorganisms from the fruit surface. Sorting removes overripe, bruised, rotten, diseased, or damaged fruits. Grading categorizes fruits based on finger number and size into classes for marketing. The key steps help prepare the bananas for packaging, storage, ripening and distribution to consumers.
Cleaning, sorting, and grading of mangoes is important for quality and market price. Key steps include harvesting mature but unripe fruits, desapping to remove latex, cleaning to remove dirt and dust, and sorting and grading by size, weight, color, and defects. Grading standards like AGMARK specify four weight grades between 100-800g and quality requirements for grades like extra class with very minor defects and class II allowing for more defects but meeting minimum standards. Careful postharvest handling is crucial for this highly perishable crop.
Desapping, cleaning, sorting, and grading are important post-harvest processes for mangoes. Desapping involves inverting fruits to allow latex to drain. Cleaning removes dust and dirt by dipping in hot water. Sorting separates fruits by quality, with damaged or unripe fruits removed. Grading further categorizes by size and weight into standards like AGMARK grades of A (100-200g), B (201-350g), C (351-550g), and D (551-800g) for marketing. These steps improve quality and fetch higher prices.
Need sun dried apricots for increasing your immune system? If yes, then we are not the bad option for this. Our main target is to offer the quality items with best result at the end. Contact the firm today.
We are the one stop solution for getting unsulphured dried apricots. The organization is specialized in producing-unsulfured, sun dried, dice apricots, organic, etc. Please visit to the online store for more information.
Looking forward to get natural dried apricots? If so, then quickly you should make a call and ask for the further assistance. We have many years of experience in supplying and manufacturing amazing dry fruits.
This seminar covered quality control of grapes for export. It discussed Kalya Exports, a leading exporter of fresh fruits and vegetables. The seminar outlined the export management process for grapes including harvesting, sorting, packing, labeling, palletization, pre-cooling, storage and container loading. It described certifications like BRC and Global GAP required for European exports. A case study analyzed common defects in grapes like blemish, waterberry, bruising and their causes like fungi, overcropping, weather conditions. The seminar provided an overview of quality control procedures for fresh grape exports.
This document outlines quality standards for tomatoes intended for fresh consumption. It defines four commercial tomato types and minimum requirements regarding defects, damage, and freshness. Tomatoes are classified into Extra Class, Class I, or Class II depending on defects allowed. Skin defects, cracks, color defects, and size requirements are specified. Tolerances for quality and labelling standards are also provided.
Cleaning, sorting and grading are important post-harvest processes for tomatoes. Cleaning typically involves washing tomatoes to remove soil and debris. Sorting removes rotten, damaged or cracked fruits. Grading categorizes tomatoes based on color, size and ripeness either manually or with machines. The key steps are cleaning, sorting by quality, and grading by size and color to meet market standards.
This document provides specifications for cashew kernels intended for import into the United States. It outlines requirements for packaging, pesticide residues, labeling, shipping, quality grades and defects. Cashew kernels must be packed in new, clean containers and properly labeled. Shipping containers must be in good condition and cashews must meet standards for moisture content, free of pests, damage and foreign materials. The document also provides definitions of terms and quality grades for cashew kernels.
Meet the manufacturer of industrial dried apricots, who believes in customers health. The beneficial products helps in maintaining the metabolism and making our immune system more stronger. Contact us today.
shulphured dried apricots are prepared with the 100% natural items and created to provide a customer the better health results. The experts provide top quality, long lasting and benefited products to the clients.
This document discusses packaging material standards for exporting products. It covers several key points:
1. Packaging design should be based on consumer needs and protect the product based on its intended use. Regulations vary by country.
2. Packaging materials must be food grade for food products and maintain product properties. They should not contaminate or affect the product.
3. Export packaging requires identifying information, instructions, and compliance with importing country regulations. Proper labeling, markings, and certifications are needed.
4. Packaging examples are provided for various fruits and vegetables being exported, specifying materials, dimensions, and other requirements. Standards ensure safe and effective packaging for international trade.
Welcome to SAMRIOGLU (www.samrioglu.com)
HAZELNUTS, DRIED FRUITS & CHESTNUTS EXPORT TO THE WHOLE WORLD
Company founded by Sadettin SAMRIOGLU in 1940, is one of old manufacturer and trader companies that specializes in the Hazelnuts. SAMRIOGLU Family has been manufacturing and exporting Akcakoca quality Natural Hazelnuts for three generation.
SAMRIOGLU Co is very active in foreign trade, supply customers all around the world also with Organic Hazelnuts, Dried Fruits and Chestnuts. Those are the other products we are very specialized in. Our innovative approach to business, working with serious manufacturer business partners in their field and presenting unbeatable advantages to Global Buyers has enabled SAMRIOGLU to become highly respected supplier name in Hazelnuts and Dried Fruits sector. We are quality-oriented company, apply the rules of HACCP and ISO 9001:2000 for the best quality products in accordance with the International Food Standards. Not only guaranteed top product quality, we offer you also multi-level reliability, friendly business relations, accurate service and timely delivery.
Key Export Products:
Natural Hazelnuts
Organic Hazelnuts
Roasted & Blanched Hazelnuts
Sultanas
Dried Apricots
Dried Figs
Fresh Chestnuts
Frozen Peeled Chestnuts
Sweet Apricot Kernels
Pine Nuts
Chickpeas
Poppy Seeds
Other Nuts (Industrial, Conventional and Organic)
Labelling and Display Regulations, 2020.pdfEquinoxLab
Equinox is a leading FSSAI Approved & NABL Accredited Food, Water & Air Testing Lab with 16+ years of experience. With a PAN-India presence, we are also Industry Leaders in Food Safety Auditing and FoSTaC Training.
This document provides an overview of modified atmospheric packaging and storage techniques for enhancing fruit quality. It discusses the benefits of modified atmosphere packaging (MAP) in reducing post-harvest losses and extending shelf life. The document outlines the optimal gas composition ranges for different fruits, as well as methods for creating modified atmospheres, either passively through film permeability or actively through gas flushing. It also reviews packaging materials and techniques used in MAP and provides case studies demonstrating the effectiveness of MAP for extending storage times of fruits like litchi, pineapple, mango and guava.
Pineapple is an important fruit crop in India, where it is cultivated on over 106,000 hectares. The top producer of pineapple worldwide is Thailand, followed by Brazil and Costa Rica. In India, the major pineapple producing states are Assam, Tripura, West Bengal, Kerala, and Karnataka. Proper post-harvest handling is important to minimize losses during harvesting, grading, transport, and storage. This involves cleaning, trimming, waxing, sorting, packing, and storing pineapples at temperatures between 10-12°C. The main post-harvest disease is black rot caused by the fungus Thielaviopsis paradoxa, which leads to a soft rot starting from the stem end.
This document discusses pharmaceutical packaging. It defines pharmaceutical packaging and describes the primary and secondary/tertiary packaging systems. The key requirements for pharmaceutical packaging are to protect the product, be non-reactive, prevent contamination, and be FDA approved. Important criteria for selecting packaging materials include stability, compatibility with contents, strength, moisture protection, and cost. Common packaging materials include glass, plastic, metal, paper, rubber, and closures. Guidelines for quality control of packaging materials require containers and closures to meet pharmacopeial standards and be properly washed and sterilized.
Grade Pack Store Post Harvest Fruit and Nut CropseAfghanAg
After harvesting, fruits and nuts are graded based on cleanliness, shape, size, blemishes, maturity, and color. This allows growers to sort products into categories for different markets. Proper packaging contains and protects produce while identifying it for consumers. Each fruit and nut has specific storage requirements to maintain quality, such as refrigeration, drying, or freezing. When transporting produce, careful packaging and potentially refrigeration are needed to prevent damage, as damaged goods will earn less profit.
1. CODEX STAN 299 Page 1 of 6
CODEX STANDARD FOR APPLES
(CODEX STAN 299-2010)
1. DEFINITION OF PRODUCE
This Standard applies to fruits of commercial varieties (cultivars) of apples grown from Malus
domestica Borkh, of the Rosaceae family, to be supplied fresh to the consumer, after preparation and
packaging. Apples for industrial processing are excluded.
2. PROVISIONS CONCERNING QUALITY
2.1 MINIMUM REQUIREMENTS
In all classes, subject to the special provisions for each class and the tolerances allowed, the apples
must be:
- whole, the stalk (stem) may be missing, provided the break is clean and the adjacent skin is not
damaged;
- sound, produce affected by rotting or deterioration such as to make it unfit for consumption is
excluded;
- firm1
;
- clean, practically free of any visible foreign matter;
- practically free of pests and damage caused by them affecting the general appearance of the produce;
- free of abnormal external moisture, excluding condensation following removal from cold storage;
- free of any foreign smell and/or taste;
- free of damage caused by low and/or high temperatures;
- practically free of signs of dehydration.
2.1.1 The apples must have colour that is characteristic of the variety and the area in which they are grown.
The development and condition of the apples must be such as to enable them:
- to withstand transport and handling; and
- to arrive in satisfactory condition at the place of destination.
2.2 MATURITY REQUIREMENTS
Apples must be at a stage of development that enables them to continue the ripening process and to
reach a stage of ripeness required in relation to the varietal characteristics.
In order to verify the minimum maturity requirements some parameters such as: morphological
aspects, firmness and refractometric index can be considered.
2.3 CLASSIFICATION
In accordance with the defects allowed in the Annex - Maximum Allowance for Defects, apples are
classified in three classes defined below:
2.3.1 “Extra” Class
Apples in this class must be of superior quality. The flesh must be sound. They must be characteristic
of the variety. They must be free of defects, with the exception of very slight superficial defects, provided
these do not affect the general appearance of the produce, the quality, the keeping quality and presentation in
the package2
.
1
Firmness in this context is used to indicate an appropriate level of maturity of the fruit rather than a stage of
ripening and it is acknowledged to vary according to apple varieties.
2
Skin and other defects must not exceed the limits as defined in the Annex.
2. CODEX STAN 299 Page 2 of 6
2.3.2 Class I
Apples in this class must be of good quality. The flesh must be sound. They must be characteristic of
the variety. The following slight defects, however, may be allowed, provided these do not affect the general
appearance of the produce, the quality, the keeping quality and presentation in the package2
:
- a slight defect in shape and development;
- a slight defect in colouring;
- slight skin or other defects (see the Annex).
2.3.3 Class II
This class includes apples which do not qualify for inclusion in the higher classes, but satisfy the
minimum requirements specified in Section 2.1 above. The following defects, however, may be allowed,
provided the apples retain their essential characteristics as regards the quality, the keeping quality and
presentation2
:
- defects in shape and development;
- defects in colouring;
- skin or other defects (see the Annex).
2.4 COLOURING
In all classes, in the absence of national legislation, the following colour codes may be applied except
for green and yellow apple varieties:
Code Percentage of colour
A 75% or more
B 50% or more
C 25% or more
D Less than 25%
3. PROVISIONS CONCERNING SIZING
Size is determined by maximum diameter of the equatorial section or by weight of each apple.
For all varieties and all classes the minimum size is 60 mm if measured by diameter or 90 g if
measured by weight. Fruit of smaller sizes may be accepted provided the Brix level of the produce meets or
exceeds 10.5° Brix and the size is not smaller than 50 mm or 70 g.
4. PROVISIONS CONCERNING TOLERANCES
Tolerances in respect of quality and size shall be allowed in each lot for produce not satisfying the
requirements of the class indicated.
4.1 QUALITY TOLERANCES
The application of the following tolerances should take into accounts that at stages following export;
products may show in relation to the requirements of the standard:
- a slight lack of freshness and turgidity;
- for products graded in classes other than the “Extra” Class, a slight deterioration due to their
development and their tendency to perish.
4.1.1 “Extra” Class
Five percent by number or weight of apples not satisfying the requirements of the class, but meeting
those of Class I or, exceptionally, coming within the tolerances of that class.
Included therein shall be allowed not more than 1.0% for apples affected by decay or internal
breakdown
3. CODEX STAN 299 Page 3 of 6
4.1.2 Class I
Ten percent by number or weight of apples not satisfying the requirements of the class, but meeting
those of Class II or, exceptionally, coming within the tolerances of that class.
Included therein shall be allowed not more than 1% for apples affected by decay or internal
breakdown
4.1.3 Class II
Ten percent by number or weight of apples satisfying neither the requirements of the class nor the
minimum requirements, with the exception of apples affected by decay or internal breakdown that should not
be more than 2%.
Included therein shall be allowed, a maximum of 2% by number or weight of fruit which may show
the following defects:
- cork like blemishing (bitter pit);
- slight damage or unhealed broken skin/cracks;
- presence of internal feeding insects/pests or damage to the flesh caused by pests3
.
4.2 SIZE TOLERANCES
For all classes of fruit subjected to rules of uniformity, 10% by number or weight of apples not
meeting the size indicated on the package.
This tolerance may not be extended to include produce with a size below 50 mm or 70 g if the
refractometric index is below 10.5°Brix
5. PROVISIONS CONCERNING PRESENTATION
5.1 UNIFORMITY
The contents of each package must be uniform and contain only apples of the same origin, quality,
size (if sized) and variety. For “Extra” Class, colour should be uniform. Sales packages (of a net weight not
exceeding 5 kg) may contain mixtures of varieties and sizes provided they are uniform in quality, and for
each variety concerned, its origin. The visible part of the contents of the package must be representative of
the entire contents except for mixed sizes and varieties.
The uniformity of apples may be measured in accordance with one of the following options:
A. By diameter:
The maximum diameter difference of apples in the same package shall be limited to:
- 5 mm if the diameter of the smallest apples is less than 80 mm.
- 12 mm if the diameter of the smallest apple is equal to or over 80 mm.
Or
B. By weight:
The maximum difference by weight between apples in the same package shall be limited to:
- 15 g if the weight of the smallest apple is 90 g.
- 20 g if the weight of the smallest apple 90 g and over but under 135 g.
- 30 g if the weight of the smallest apple is 135 g and over but under 200 g.
- 40 g if the weight of the smallest apple is 200 g and over but under 300 g.
- 50 g if the weight of the smallest apple is over 300 g.
There is no size uniformity for apples packed loose in the package or sales package.
3
This provision applies without prejudice to the applicable plant protection rules.
4. CODEX STAN 299 Page 4 of 6
5.2 PACKAGING
Apples must be packed in such a way as to protect the produce properly. The materials used inside the
package must be new4
, clean, and of a quality such as to avoid causing any external or internal damage to the
produce. The use of materials, particularly of paper or stamps bearing trade specifications is allowed,
provided the printing or labeling has been done with non-toxic ink or glue.
Apples shall be packed in each container in compliance with the Recommended International Code of
Practice for Packaging and Transport of Fresh Fruits and Vegetables (CAC/RCP 44-1995).
5.2.1 Description of Containers
The containers shall meet the quality, hygiene, ventilation and resistance characteristics to ensure
suitable handling, shipping and preserving of the apples. Packages must be free of all foreign matter and
smell.
6. MARKING OR LABELLING
6.1 CONSUMER PACKAGES
In addition to the requirements of the Codex General Standard for the Labelling of Prepackaged Foods
(CODEX STAN 1-1985), the following specific provisions apply:
6.1.1 Nature of Produce
If the produce is not visible from the outside, each package shall be labelled as to the name of the
produce and may be labelled as to name of the variety, class, colour code (if used) and size/weight or the
number of pieces presented in rows and layers.
6.2 NON-RETAIL CONTAINERS
Each package must bear the following particulars, in letters grouped on the same side, legibly and
indelibly marked, and visible from the outside, or in the documents accompanying the shipment. For produce
transported in bulk, these particulars must appear on a document accompanying the goods.
6.2.1 Identification
Name and address of exporter, packer and/or dispatcher. Identification code (optional)5
.
6.2.2 Nature of Produce
Name of the produce if the contents are not visible from the outside. Name of the variety or varieties
(where appropriate).
6.2.3 Origin of Produce
Country of origin and, optionally, district where grown or national, regional or local place name.
6.2.4 Commercial Identification
- Class;
- Size (if sized);
- Colour code (if used).
6.2.5 Official Inspection Mark (optional)5
7. CONTAMINANTS
7.1 The produce covered by this Standard shall comply with the maximum levels of the Codex General
Standard for Contaminants and Toxins in Food and Feed (CODEX STAN 193-1995).
7.2 The produce covered by this Standard shall comply with the maximum residue limits for pesticides
established by the Codex Alimentarius Commission.
4
For the purposes of this Standard, this includes recycled material of food-grade quality.
5
The national legislation of a number of countries requires the explicit declaration of the name and address.
However, in the case where a code mark is used, the reference “packer and/or dispatcher (or equivalent
abbreviations)” has to be indicated in close connection with the code mark.
5. CODEX STAN 299 Page 5 of 6
8. HYGIENE
8.1 It is recommended that the produce covered by the provisions of this Standard be prepared and
handled in accordance with the appropriate sections of the Recommended International Code of Practice –
General Principles of Food Hygiene (CAC/RCP 1-1969), Code of Hygienic Practice for Fresh Fruits and
Vegetables (CAC/RCP 53-2003), and other relevant Codex texts such as Codes of Hygienic Practice and
Codes of Practice.
8.2 The produce should comply with any microbiological criteria established in accordance with the
Principles for the Establishment and Application of Microbiological Criteria for Foods (CAC/GL 21-1997).
6. CODEX STAN 299 Page 6 of 6
ANNEX
MAXIMUM ALLOWANCE FOR DEFECTS
Defects Allowed “Extra” Class Class I Class II
• smooth net-like 3%
of surface area
20%
of surface area
50%
of surface area
Russetting outside
Calyx/stem cavity
• smooth solid 1%
of surface area
5%
of surface area
33%
of surface area
accumulation for both types of russetting
should not exceed the following
3%
of surface area
20%
of surface area
50%
of surface area
Accumulated Blemishes & Bruising:
- Bruises with slight discoloration;
- Scars caused by Scabs3
(Venturia
inaequalis);
- other defects/blemish including healed
hail marks
0.50 cm2
1.0 cm2
0.25 cm2
1.0 cm2
1.5 cm2 6
1.0 cm2
2.5 cm2
Stem or Calyx cracks (healed or well cured) ----
0.5 cm 1 cm
Maximum length of elongated shaped
defects
----
2 cm 4 cm
Russetting can be simply described as a “brownish roughened area or streaks on the skin of the apple”. In
some apple varieties rusetting is a characteristic of the variety and for others a quality defect. Allowances for
russetting will be applied to apple varieties that russetting is not a characteristic of.
6
Bruising with discoloration and dark blemishes not blending with skin color are accepted in this Class.