This document discusses aspects of food safety developments and global trends. It covers four main topics: food quality and safety requirements, World Trade Organization (WTO) and Codex harmonization of standards, toxic contaminant residues, and validation techniques. The document outlines factors affecting food safety at various stages from farm to consumption and differences between developing and developed countries in food consumption patterns and safety issues. Codex Alimentarius and Sanitary and Phytosanitary Measures Agreement are described as playing key roles in ensuring global food safety.
This document discusses food innovation, driving forces, and challenges. It contains the following key points:
1. Food innovation is driven by factors at different stages of production, processing, marketing, and consumption aimed at increasing productivity, reducing losses, and meeting consumer demands.
2. Innovations in technologies, concepts, and approaches have led to innovative foods like dried, frozen, fortified foods and convenience foods. Critical factors that determine success include quality assurance and regulatory compliance.
3. ASEAN and developing countries have opportunities in functional foods, traditional knowledge, and favorable climate but face challenges like sustainability, malnutrition, and challenging regulatory norms. Collaborative programs can help build capabilities and transfer technologies.
This document discusses aspects of food safety developments and global trends. It covers four main topics: food quality and safety requirements, World Trade Organization (WTO) and Codex harmonization of standards, toxic contaminant residues, and validation techniques. The document outlines factors affecting food safety at various stages from farm to consumption and differences between developing and developed countries in food consumption patterns and safety issues. Codex Alimentarius and Sanitary and Phytosanitary Measures Agreement are described as playing key roles in ensuring global food safety.
Thailand faces several challenges in ensuring food safety as the food supplier to the world. These include a growing population that will increase demand for food, uncertainty around food security, and energy and climate change issues. To address these, Thailand aims to strengthen its competitiveness in food and fuel production through developing human resources and technological skills. The country also seeks to improve food safety management systems and regulations to meet rising standards for food exported to other countries, especially with the upcoming ASEAN Economic Community.
This presentation is Part 3 of a training program on Food Safety Practices for the Aquaculture Industry by Michigan State University, on 22 April 2013.
By Professor Park, Ki-Hwan, Department of Food Science & Technology, Chung-Ang University, presented at the Institute of Life Sciences Institute, 6th Asian Conference on Food and Nutrition Safety, November 2012
This document provides an overview of global food safety. It discusses foodborne illness, notable recent outbreaks, and approaches to controlling foodborne pathogens. Foodborne illness is a major health issue worldwide. Investigating outbreaks involves detecting cases, generating hypotheses, and identifying the contaminated food item. Quality assurance systems like HACCP aim to control food safety hazards. International organizations work to harmonize food standards globally.
This document discusses food quality parameters and methods for analyzing food products. It outlines factors that contribute to food quality like appearance, taste, and nutritional value. Physical, chemical, and microbiological tests are used to analyze raw materials and finished products to ensure safety and purity. Parameters like moisture, fat, protein, and packaging materials are evaluated using methods like the hot air oven test and chemical analysis. Instrumental techniques like gas chromatography-olfactometry and electronic nose are also used to objectively measure organoleptic properties and identify volatile compounds that influence flavor.
This document discusses food innovation, driving forces, and challenges. It contains the following key points:
1. Food innovation is driven by factors at different stages of production, processing, marketing, and consumption aimed at increasing productivity, reducing losses, and meeting consumer demands.
2. Innovations in technologies, concepts, and approaches have led to innovative foods like dried, frozen, fortified foods and convenience foods. Critical factors that determine success include quality assurance and regulatory compliance.
3. ASEAN and developing countries have opportunities in functional foods, traditional knowledge, and favorable climate but face challenges like sustainability, malnutrition, and challenging regulatory norms. Collaborative programs can help build capabilities and transfer technologies.
This document discusses aspects of food safety developments and global trends. It covers four main topics: food quality and safety requirements, World Trade Organization (WTO) and Codex harmonization of standards, toxic contaminant residues, and validation techniques. The document outlines factors affecting food safety at various stages from farm to consumption and differences between developing and developed countries in food consumption patterns and safety issues. Codex Alimentarius and Sanitary and Phytosanitary Measures Agreement are described as playing key roles in ensuring global food safety.
Thailand faces several challenges in ensuring food safety as the food supplier to the world. These include a growing population that will increase demand for food, uncertainty around food security, and energy and climate change issues. To address these, Thailand aims to strengthen its competitiveness in food and fuel production through developing human resources and technological skills. The country also seeks to improve food safety management systems and regulations to meet rising standards for food exported to other countries, especially with the upcoming ASEAN Economic Community.
This presentation is Part 3 of a training program on Food Safety Practices for the Aquaculture Industry by Michigan State University, on 22 April 2013.
By Professor Park, Ki-Hwan, Department of Food Science & Technology, Chung-Ang University, presented at the Institute of Life Sciences Institute, 6th Asian Conference on Food and Nutrition Safety, November 2012
This document provides an overview of global food safety. It discusses foodborne illness, notable recent outbreaks, and approaches to controlling foodborne pathogens. Foodborne illness is a major health issue worldwide. Investigating outbreaks involves detecting cases, generating hypotheses, and identifying the contaminated food item. Quality assurance systems like HACCP aim to control food safety hazards. International organizations work to harmonize food standards globally.
This document discusses food quality parameters and methods for analyzing food products. It outlines factors that contribute to food quality like appearance, taste, and nutritional value. Physical, chemical, and microbiological tests are used to analyze raw materials and finished products to ensure safety and purity. Parameters like moisture, fat, protein, and packaging materials are evaluated using methods like the hot air oven test and chemical analysis. Instrumental techniques like gas chromatography-olfactometry and electronic nose are also used to objectively measure organoleptic properties and identify volatile compounds that influence flavor.
Integrated approaches to reduce postharvest losses and foodEelke Westra
This document discusses reducing postharvest losses and food waste. It notes that up to 1/3 of global food production is lost or wasted, representing economic losses of $750 billion annually and environmental impacts. Reasons for losses include lack of cold chains, storage and packaging issues, and insufficient education. Wageningen UR takes an integrated, multidisciplinary approach to address losses across multiple levels from production to consumption. Their Postharvest Network combines public, private and university expertise to develop solutions in areas like new technologies, supply chain management and behavioral changes. The goal is to reduce postharvest losses by 25% through collaborative, multi-level interventions.
This document discusses biosafety regulations in food technology. It begins by defining food safety and safe food, then discusses reasons for concern about food safety such as changes in food habits and globalization of food trade. It outlines the need for regulations in the food supply chain and various initiatives taken at international level like Codex Alimentarius Commission established in 1962 to set food standards. The document then discusses India's food safety legislation, the Food Safety and Standards Authority of India (FSSAI) established under the Food Safety and Standards Act, 2006. It provides details on the objectives, functions, implementation structure, licensing requirements, and various regulations under FSSAI including standards for food products, food additives, contaminants and more.
This document provides an introduction and overview of a Food Science and Technology course. It outlines the course topics which will cover introductions to food science, food processing and preservation techniques, food safety, and the chemical and nutritional composition of foods. It explains that food science and technology is important to study in order to produce safe and high quality food products, add value to food products, secure food security, and reduce food loss and waste. The overall goal of food science and technology is to apply scientific principles to the processing, packaging, and safety of foods.
Food standards have been introduced nationally to protect public health and ensure fair trade. Standards fall into safety and composition categories. Safety standards ensure hygiene and prevent pathogens, while composition standards protect consumers from fraud through correct labeling and weights. Standards include national, international, and company-specific types. National standards bodies establish processing, packaging, inspection and grade standards for various fresh, frozen, dried, cured and canned fish products. Standards specify physical, sensory, microbiological and chemical product requirements.
This is the first part in a series of slide shows on food safety risk assessment. Risk assessment is one of the three elements in the Risk Analysis Framework, and this presentation gives an introduction to the topic.
ORGANIC LABELLING REQUIREMENTS AS PER NPOP, NOP, EU, PRIVATE LABELLING AND FSSAIORGANIL SERVICES
This document provides information on food labelling requirements and standards for organic products in India, the EU, and other regions. It outlines the general labelling requirements for all pre-packaged foods in India, including declaring the product name, ingredients, nutrition information, manufacturer details, and best before/use by dates. For organic products, it compares the labelling standards of India's NPOP and the EU, such as stating "Organic" for products with 95% or more organic ingredients. The document also provides guidelines for using percentage statements and organic logos on labels to ensure compliance with regulations.
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.
National Program for Organic Certification in India. NPOP is indian organic certification standard, It monitors the use of India Organic Logo by certified operations. STOCERT provides certification services in India
The document discusses foodborne illness risks in the food service industry. It identifies five major risks: 1) the type of food and its intended use, 2) food handling, preparation, and processing, 3) equipment and facility layout, 4) management and employee food safety knowledge, and 5) the volume of food and typical patronage. It then discusses each of these risks in more detail. The document concludes by discussing the need for food safety and introducing Hazard Analysis and Critical Control Points (HACCP) plans as a risk management measure to mitigate foodborne illness risks.
The document summarizes an American Culinary Federation meeting discussing produce. It outlines seasonal produce trends, highlights a produce supplier called Class Produce Group, and examines topics like organics and locally grown produce. Trends in the produce industry like sustainability and smaller portions were also addressed.
This document summarizes research on the effects of drying processes on the physicochemical, nutritional, and microbiological quality characteristics of raisins. It discusses how pretreatments like chemical dipping or fumigation and physical methods like blanching can accelerate grape drying and improve raisin quality by modifying the grape skin permeability. It also reviews different drying methods and their impacts on qualities like color, texture, vitamins, phytochemicals, and microbial stability. The document concludes that understanding how drying operations influence these quality attributes can help optimize grape processing to deliver high quality raisins to consumers.
Grading and sorting processes are used to classify fresh produce according to quality standards. Grading involves classifying produce into groups based on set criteria for quality and size, while sorting separates produce based on any criteria. This provides benefits like ensuring quality for consumers, establishing fair pricing for farmers, and eliminating sorting for processors. Successful grading requires produce that meets higher grades, acceptable standards, trained inspectors, and improved postharvest systems. It is also important to meet additional private standards from retailers related to food safety.
Undeclared allergens continue to be a major challenge in the global food industry due to complex supply chains and changing consumer habits. Allergens can contaminate foods at many stages of production from farms to packaging. Strict management practices are needed to control for allergens, including accurate labeling and segregating allergenic and non-allergenic production areas, but contamination risks remain. Emerging issues like new "free from" product demands and packaging that is not easily distinguishable further complicate allergen management. Vigilant monitoring of all supply chain participants is key to reducing the risk of unexpected allergens in foods.
The document discusses two draft Codex Alimentarius guidelines regarding the labeling of foods derived from biotechnology. Option 1 would only require labeling if the biotech food is not equivalent to its conventional counterpart, while Option 2 would mandate labeling for any food containing genetically modified organisms. The integration of these two options could require labeling for all biotech foods and significantly impact international trade. The adoption of these guidelines by Codex could allow countries to impose labeling requirements and potentially create technical barriers to trade in disputes before the WTO.
This document provides an overview of food safety in India. It begins with definitions of key terms related to food classification, surveillance, hygiene, additives, and adulteration. It then covers topics like food preservation, processing, sanitation of establishments, nutrient conservation, fortification, and specific issues like milk hygiene. The document also discusses the Food Safety and Standards Act of 2006 and mechanisms to prevent food adulteration. Overall, the document outlines important concepts and issues regarding ensuring food safety from production to consumption in India.
Risk assessment and management during food preparationaleeban_irasna
About the challenges reagarding food safety,risk analysis, risk assessment and principles of food safety management in food industry. Also contains the case study of Listeria monocytogenes in Deli meats
Improving #PHM & its impact on food security & nutrition requires a strong collaboration among different stakeholders in the Value Chain, by Leonides Halos-Kim from
@SASAKAWAafrica
The document discusses establishing an organic agriculture certification system in Pakistan. It outlines the following key points:
- The National Institute of Organic Agriculture will provide training on sustainable farming practices, research alternative farming methods, and develop organic certification standards in line with IFOAM.
- The certification system will involve training farmers, inspecting farms, and issuing certifications locally at first through technical working committees. For exports, farms will be referred to third-party certifiers.
- A national technical working group on organic certification is proposed, consisting of experts from the government, certification bodies, and NGOs to develop policies and regulations for the system.
- The goals are to promote organic farming, identify suitable crops
This document provides an overview of postharvest handling considerations for certified organic produce. It discusses the importance of planning for postharvest quality through cultivar selection and cultural practices. Proper harvest handling, cooling, and storage are key to maintaining quality, with temperature being the most important factor. Sanitation and water disinfection are also important for food safety, and chlorine or ozone can be used within limits. The goal is optimal quality organic produce through all postharvest stages.
The document provides an overview of the organic certification process for horticultural crops in the United States. It explains that the USDA regulates organic certification through the National Organic Program. Growers must follow the NOP rules for three years prior to certification. The certification process involves submitting an application package including an Organic System Plan to a USDA-accredited certifier and undergoing an on-farm inspection. The application and inspection are reviewed to determine if the farm qualifies for organic certification. Maintaining certification requires annual renewal and following all NOP production and record keeping requirements.
The document discusses agricultural and allied sectors in India. It notes that agriculture makes up 14.2% of India's GDP and employs 60% of the workforce. India ranks highly globally in several agricultural commodities. Current R&D spending in India is low compared to other sectors, with the government funding most agricultural R&D. The document proposes several public-private partnership schemes to increase private sector participation in agricultural R&D, including funding Ph.D. projects, exchange programs between industry and research organizations, and recruiting international scientists. Increased long-term industry-led agricultural R&D is needed for growth.
This document discusses food innovation, focusing on driving forces, critical factors, and opportunities/challenges for ASEAN and developing countries. The key points are:
1. Food innovation is driven by factors across production, processing, marketing, and consumer stages aimed at increasing productivity and reducing losses while meeting consumer demands.
2. Innovations must consider critical factors at each stage including safety, quality assurance, infrastructure and skills development.
3. Opportunities exist for ASEAN/developing countries in functional foods, traditional knowledge, and favorable agriculture but challenges include sustainability, regulations, and malnutrition.
4. Addressing these challenges requires innovations in production, processing, waste reduction, fortification, and quality systems
Integrated approaches to reduce postharvest losses and foodEelke Westra
This document discusses reducing postharvest losses and food waste. It notes that up to 1/3 of global food production is lost or wasted, representing economic losses of $750 billion annually and environmental impacts. Reasons for losses include lack of cold chains, storage and packaging issues, and insufficient education. Wageningen UR takes an integrated, multidisciplinary approach to address losses across multiple levels from production to consumption. Their Postharvest Network combines public, private and university expertise to develop solutions in areas like new technologies, supply chain management and behavioral changes. The goal is to reduce postharvest losses by 25% through collaborative, multi-level interventions.
This document discusses biosafety regulations in food technology. It begins by defining food safety and safe food, then discusses reasons for concern about food safety such as changes in food habits and globalization of food trade. It outlines the need for regulations in the food supply chain and various initiatives taken at international level like Codex Alimentarius Commission established in 1962 to set food standards. The document then discusses India's food safety legislation, the Food Safety and Standards Authority of India (FSSAI) established under the Food Safety and Standards Act, 2006. It provides details on the objectives, functions, implementation structure, licensing requirements, and various regulations under FSSAI including standards for food products, food additives, contaminants and more.
This document provides an introduction and overview of a Food Science and Technology course. It outlines the course topics which will cover introductions to food science, food processing and preservation techniques, food safety, and the chemical and nutritional composition of foods. It explains that food science and technology is important to study in order to produce safe and high quality food products, add value to food products, secure food security, and reduce food loss and waste. The overall goal of food science and technology is to apply scientific principles to the processing, packaging, and safety of foods.
Food standards have been introduced nationally to protect public health and ensure fair trade. Standards fall into safety and composition categories. Safety standards ensure hygiene and prevent pathogens, while composition standards protect consumers from fraud through correct labeling and weights. Standards include national, international, and company-specific types. National standards bodies establish processing, packaging, inspection and grade standards for various fresh, frozen, dried, cured and canned fish products. Standards specify physical, sensory, microbiological and chemical product requirements.
This is the first part in a series of slide shows on food safety risk assessment. Risk assessment is one of the three elements in the Risk Analysis Framework, and this presentation gives an introduction to the topic.
ORGANIC LABELLING REQUIREMENTS AS PER NPOP, NOP, EU, PRIVATE LABELLING AND FSSAIORGANIL SERVICES
This document provides information on food labelling requirements and standards for organic products in India, the EU, and other regions. It outlines the general labelling requirements for all pre-packaged foods in India, including declaring the product name, ingredients, nutrition information, manufacturer details, and best before/use by dates. For organic products, it compares the labelling standards of India's NPOP and the EU, such as stating "Organic" for products with 95% or more organic ingredients. The document also provides guidelines for using percentage statements and organic logos on labels to ensure compliance with regulations.
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.
National Program for Organic Certification in India. NPOP is indian organic certification standard, It monitors the use of India Organic Logo by certified operations. STOCERT provides certification services in India
The document discusses foodborne illness risks in the food service industry. It identifies five major risks: 1) the type of food and its intended use, 2) food handling, preparation, and processing, 3) equipment and facility layout, 4) management and employee food safety knowledge, and 5) the volume of food and typical patronage. It then discusses each of these risks in more detail. The document concludes by discussing the need for food safety and introducing Hazard Analysis and Critical Control Points (HACCP) plans as a risk management measure to mitigate foodborne illness risks.
The document summarizes an American Culinary Federation meeting discussing produce. It outlines seasonal produce trends, highlights a produce supplier called Class Produce Group, and examines topics like organics and locally grown produce. Trends in the produce industry like sustainability and smaller portions were also addressed.
This document summarizes research on the effects of drying processes on the physicochemical, nutritional, and microbiological quality characteristics of raisins. It discusses how pretreatments like chemical dipping or fumigation and physical methods like blanching can accelerate grape drying and improve raisin quality by modifying the grape skin permeability. It also reviews different drying methods and their impacts on qualities like color, texture, vitamins, phytochemicals, and microbial stability. The document concludes that understanding how drying operations influence these quality attributes can help optimize grape processing to deliver high quality raisins to consumers.
Grading and sorting processes are used to classify fresh produce according to quality standards. Grading involves classifying produce into groups based on set criteria for quality and size, while sorting separates produce based on any criteria. This provides benefits like ensuring quality for consumers, establishing fair pricing for farmers, and eliminating sorting for processors. Successful grading requires produce that meets higher grades, acceptable standards, trained inspectors, and improved postharvest systems. It is also important to meet additional private standards from retailers related to food safety.
Undeclared allergens continue to be a major challenge in the global food industry due to complex supply chains and changing consumer habits. Allergens can contaminate foods at many stages of production from farms to packaging. Strict management practices are needed to control for allergens, including accurate labeling and segregating allergenic and non-allergenic production areas, but contamination risks remain. Emerging issues like new "free from" product demands and packaging that is not easily distinguishable further complicate allergen management. Vigilant monitoring of all supply chain participants is key to reducing the risk of unexpected allergens in foods.
The document discusses two draft Codex Alimentarius guidelines regarding the labeling of foods derived from biotechnology. Option 1 would only require labeling if the biotech food is not equivalent to its conventional counterpart, while Option 2 would mandate labeling for any food containing genetically modified organisms. The integration of these two options could require labeling for all biotech foods and significantly impact international trade. The adoption of these guidelines by Codex could allow countries to impose labeling requirements and potentially create technical barriers to trade in disputes before the WTO.
This document provides an overview of food safety in India. It begins with definitions of key terms related to food classification, surveillance, hygiene, additives, and adulteration. It then covers topics like food preservation, processing, sanitation of establishments, nutrient conservation, fortification, and specific issues like milk hygiene. The document also discusses the Food Safety and Standards Act of 2006 and mechanisms to prevent food adulteration. Overall, the document outlines important concepts and issues regarding ensuring food safety from production to consumption in India.
Risk assessment and management during food preparationaleeban_irasna
About the challenges reagarding food safety,risk analysis, risk assessment and principles of food safety management in food industry. Also contains the case study of Listeria monocytogenes in Deli meats
Improving #PHM & its impact on food security & nutrition requires a strong collaboration among different stakeholders in the Value Chain, by Leonides Halos-Kim from
@SASAKAWAafrica
The document discusses establishing an organic agriculture certification system in Pakistan. It outlines the following key points:
- The National Institute of Organic Agriculture will provide training on sustainable farming practices, research alternative farming methods, and develop organic certification standards in line with IFOAM.
- The certification system will involve training farmers, inspecting farms, and issuing certifications locally at first through technical working committees. For exports, farms will be referred to third-party certifiers.
- A national technical working group on organic certification is proposed, consisting of experts from the government, certification bodies, and NGOs to develop policies and regulations for the system.
- The goals are to promote organic farming, identify suitable crops
This document provides an overview of postharvest handling considerations for certified organic produce. It discusses the importance of planning for postharvest quality through cultivar selection and cultural practices. Proper harvest handling, cooling, and storage are key to maintaining quality, with temperature being the most important factor. Sanitation and water disinfection are also important for food safety, and chlorine or ozone can be used within limits. The goal is optimal quality organic produce through all postharvest stages.
The document provides an overview of the organic certification process for horticultural crops in the United States. It explains that the USDA regulates organic certification through the National Organic Program. Growers must follow the NOP rules for three years prior to certification. The certification process involves submitting an application package including an Organic System Plan to a USDA-accredited certifier and undergoing an on-farm inspection. The application and inspection are reviewed to determine if the farm qualifies for organic certification. Maintaining certification requires annual renewal and following all NOP production and record keeping requirements.
The document discusses agricultural and allied sectors in India. It notes that agriculture makes up 14.2% of India's GDP and employs 60% of the workforce. India ranks highly globally in several agricultural commodities. Current R&D spending in India is low compared to other sectors, with the government funding most agricultural R&D. The document proposes several public-private partnership schemes to increase private sector participation in agricultural R&D, including funding Ph.D. projects, exchange programs between industry and research organizations, and recruiting international scientists. Increased long-term industry-led agricultural R&D is needed for growth.
This document discusses food innovation, focusing on driving forces, critical factors, and opportunities/challenges for ASEAN and developing countries. The key points are:
1. Food innovation is driven by factors across production, processing, marketing, and consumer stages aimed at increasing productivity and reducing losses while meeting consumer demands.
2. Innovations must consider critical factors at each stage including safety, quality assurance, infrastructure and skills development.
3. Opportunities exist for ASEAN/developing countries in functional foods, traditional knowledge, and favorable agriculture but challenges include sustainability, regulations, and malnutrition.
4. Addressing these challenges requires innovations in production, processing, waste reduction, fortification, and quality systems
The document discusses the scope, opportunities, and challenges of nanotechnology. It defines nanotechnology as working with structures sized 1-100 nanometers. Nanotechnology has opportunities in industries like health care, materials, and biomaterials by enabling novel properties. However, it faces challenges in developing manufacturing processes, ensuring safe disposal of nanomaterials, and understanding toxicity. Overall, the document provides an overview of nanotechnology and its potential applications and issues.
The document discusses trends in materials and devices and the challenges associated with major sectors like energy, defense, health, and infrastructure. It outlines how trends are driving the development of new materials and devices. In the energy sector, it highlights the need for materials capable of converting solar energy to chemical energy through photochemical processes. In defense, it describes how metamaterials and composites with engineered electromagnetic properties could enable stealth applications. For health, it lists various nanoscale drug delivery systems. And for infrastructure, it notes how nanoparticles and smart materials that change properties in response to inputs could enable more energy efficient coatings and green buildings.
Futuristic materials provide opportunities to address future challenges in areas like energy, sustainability, security and the environment. Such materials could allow for photochemical conversion of solar energy, use of renewable agro resources as fuel, and energy efficient buildings. Nanomaterials like fullerenes, carbon nanotubes and metamaterials have novel properties making them well-suited as futuristic materials. Developing semiconductors that can harness visible light and nanostructures for photochemical reactions are key to utilizing solar energy through new materials.
The document discusses trends in materials and devices and challenges associated with major sectors like energy, defense, health, and infrastructure. It outlines how materials and devices are becoming more purpose-specific, sustainable, safe, and energy-efficient. In the energy sector, it highlights the need for materials that can more efficiently convert solar energy to chemical energy through photochemical processes. In defense, it discusses how metamaterials and composites with engineered electromagnetic properties could enable stealth applications. For health, it lists various nanoscale drug delivery systems. And in infrastructure, it notes how nanoparticles and smart materials that change properties in response to inputs could enable more efficient coatings and green buildings.
The document discusses sources and sustainability of water. It begins by outlining where water comes from at both the macro and micro levels. At the macro level, sources include large bodies of water like rivers, lakes, and underground aquifers. At the micro level, untreated sources include rain, canals, rivers, ponds and lakes. Water is then treated for human consumption. The document also discusses the natural water cycle, properties of water, its interactions with metals, organic liquids, solids and gases. Key uses of water include for life support systems, industries, and irrigation. Factors affecting the availability and quality of water resources are also outlined. Sustainability of water depends on replenishment equaling or exceeding waste
Futuristic materials provide opportunities to address future challenges in areas like energy, sustainability, security and the environment. These materials are ahead of their time, innovative and revolutionary. They are driven by the need to overcome challenges like dependence on fossil fuels, food and resource scarcity, and environmental issues. Some promising futuristic materials discussed include semiconductors for solar energy conversion, nanomaterials, metamaterials, carbon nanotubes and amorphous metals. These materials have properties making them suitable for applications in renewable energy generation, green buildings, environmental protection and national security. Developing materials that can harness solar energy through photochemical conversion is a key challenge addressed by futuristic materials research.
The document provides information about energy efficient green building materials. It discusses:
- The definition of green, where it originated from, and its attributes and criteria. Green aims to reduce energy consumption, pollution, water use, and be renewable and sustainable.
- Properties and components of green buildings, which include windows with low emissivity, insulation materials like cellulose and insulation, and roofing materials that reflect infrared rays.
- The scope of nanomaterials, defining them based on their dimensions at the nano scale, which allows for increased surface area. Nanomaterials can be applied across different domains involving liquid/liquid, solid/liquid, and gas/solid interfaces.
- Examples of green materials like stones
The document discusses designing nanomaterials through novel approaches. It begins by outlining the scope and opportunities in nanotechnology, including enhanced properties from reducing particle size. Challenges in processing nanomaterials are also discussed. The document then covers classifications of nanomaterials based on dimensionality and how size, shape, and processing approaches can impact properties. Novel architectures like dendrimers and encapsulation are presented. The document concludes by describing Shriram Institute's experience developing optical and wastewater treatment nanomaterials.
This document discusses value creation of technologies for competitive advantage in business industries. It defines value and value creation, and outlines the key components responsible for value creation including people, processes, technology, knowledge and culture. It also discusses how value creation of technologies can provide competitive edges and promote business growth. The presentation emphasizes that innovation is essential for value creation, and outlines an innovation cycle from ideas to commercialization. It recommends nurturing the components of innovation to maximize value creation of technologies and ensure business competitiveness and long-term sustainable growth.
The document provides an outline for a workshop on hydrocarbons. It discusses what hydrocarbons are, how they are formed, their types and characteristics. It describes how hydrocarbons are non-renewable, non-polar compounds consisting of carbon and hydrogen. It explains that hydrocarbons are formed through the bonding of carbon and hydrogen atoms and can exist in various states. The document also addresses the environmental issues posed by hydrocarbons and techniques for their degradation and bioremediation.
This document discusses technological challenges for materials in the 21st century. It outlines the classification and properties of materials, focusing on the differences between bulk materials and nanomaterials. The internal structure and defects of bulk materials are described. It then discusses approaches for designing nanomaterials, including controlling size, shape, and surface area at the nanoscale to impart novel optical, electrical, magnetic, and mechanical properties. Challenges include designing photocatalytic, magnetic, and optical nanomaterials and controlling quantum effects through spatial confinement of electrons.
The document discusses the utilization of fly ash from coal power plants. It describes how fly ash can be used in cement and ceramics to add value and volume. Metals like aluminum, iron, and silica can also be extracted from fly ash. There is a need for standardized BIS specifications on using fly ash in various construction and ceramic materials to promote its utilization. The document outlines how fly ash can be incorporated in applications like bricks, tiles, concrete blocks according to different BIS codes.
Nanotechnology has applications in electronics by enabling the creation of devices at the nanoscale. It allows building things atom by atom to create tiny machines called nanomachines. Working at the nanoscale allows controlling materials' properties and creating new functional materials. This leads to applications like carbon nanotube transistors that have higher electron mobility than silicon transistors. Carbon nanomaterials like nanotubes and graphene are also used to create highly sensitive nanosensors due to their large surface area and electrical properties.
Graphene materials for opto and electronic applications 2014 Report by Yole D...Yole Developpement
What is the industrial potential behind the graphene academic R&D hype?
$141M GRAPHENE MATERIALS MARKET IN 2024 WILL BE DRIVEN MAINLY BY TRANSPARENT CONDUCTIVE ELECTRODES AND ENERGY STORAGE APPLICATIONS
Graphene is a two-dimensional (2D) material with exceptional properties, such as ultrahigh electrical and thermal conductivities, wide-range optical transmittance and excellent mechanical strength and flexibility. These properties make it a promising material for emerging and existing applications in printed & flexible circuitry, ultrafast transistors, touch screens, advanced batteries and supercapacitors, ultrafast lasers, photodetectors and many other non-electronic applications.
Although graphene technology is still in its infancy, remarkable progress has been made in the last few years developing graphene production methods. Numerous opto and electronic devices based on graphene have been demonstrated on lab-scale models. However, the numerous challenges of graphene technology should not be underestimated. The lack of bandgap in graphene is its key fundamental challenge. Other technology challenges are related to the development of industrial methods to produce graphene with high and consistent quality at acceptable costs.
Although today there is no graphene-based electronic application in mass production, several companies already offer commercially graphene materials. The graphene material market value in 2013 was about $11 million, represented principally by the demand for the R&D and prototyping. Two scenarios for the future market growth are presented in the report. According to the base scenario, the global annual market value for graphene materials in opto and electronic applications will reach $141 million in 2024, featuring a 2013-2019 CAGR of 18.5%. Accelerated market growth is expected after 2019, with a 2019-2024 CAGR of 35.7%. In 2024, the graphene material market will be represented mainly by the demand for transparent conductive electrodes and advanced batteries and supercapacitors.
HOW CAN GRAPHENE TECHNOLOGY CHALLENGES AND APPLICATION POTENTIAL BE TRANSFORMED INTO BUSINESS OPPORTUNITIES?
In order to reach the best possible performance on lab-scale devices, high quality materials are required. Material suppliers able to consistently deliver high-quality materials have a competitive advantage on the graphene market.
The booming interest in graphene technologies has led to a high demand on graphene equipment. As shown in the report, CVD equipment makers today mainly focus on the R&D equipment used to produce high-quality graphene.
More information on that report at http://www.i-micronews.com/reports/Graphene-materials-opto-electronic-applications/3/416/
IB Chemistry on Allotrope of Carbon, Graphene, Alloy and Metallic BondingLawrence kok
The document provides information on various allotropes of carbon including graphene, fullerene, diamond, and graphite. It discusses their atomic structure, hybridization, and electrical and thermal conductivity properties. It also covers metallic bonding in metals and how alloying metals enhances properties like strength and hardness compared to individual metals.
Here are the answers to the questions:
1. Food labelling
2. Food poisoning is an acute illness caused by contaminated or poisonous food, usually lasting 1-7 days with symptoms like abdominal pain, diarrhea, vomiting and fever.
3. The 4 C principle in food hygiene are: Chilling (milk, vegetables), Cooking, Cleaning, and Clear and clean as you go. Examples of food additives are color and preservatives.
4. Food allergy is an immune system reaction while food intolerance is an non-immune reaction.
5. TACCP stands for Threat Assessment and Critical Control Points. A CCP shall be an integral step in any process flow
An allergen is any substance (antigen), most often eaten or inhaled, that is recognized by the immune system and causes an allergic reaction. Dust, pollen and pet dander are all common allergens, but it is possible to be allergic to anything.The eight allergen foods identified by the law are:
• Milk.
• Eggs.
• Fish (e.g., bass, flounder, cod)
• Crustacean shellfish (e.g., crab, lobster, shrimp)
• Tree nuts (e.g., almonds, walnuts, pecans)
• Peanuts.
• Wheat.
• Soybeans
2. Basic definition to know, it is a condition/state, National Food Security Act (Right to Food Act) India, 12 September 2013.
3. Umbrella, describe image
4. Quality > long-term relationship, profitability, branding (Elfi, Coke, Kurkuray, calza)
Fraud > Olive oil, milk, honey, saffron, Tea, powdered condiments
5. Additional concerns including physical personnel & operational security, industrial sabotage, terrorism, adulteration
6. Salmonella (bacterium) raw & undercooked meat, dairy, egg shells. Food must be thoroughly cooked. Diarrhea may result in typhoid fever, 65-degree C for at least 3 min, avoid eating raw eggs, undercooked meat, poultry. Bleach can kill it while cleaning floors etc.
7. Clean> wash hands, utensils, food etc
Clear> separate raw cooked, meat veg, poultry fruits etc
Chill> low temp, food preservation, lessen bacterial activity
Cook> high temp, kill bacteria, thoroughly
A GMP is a system for ensuring that products are consistently produced and controlled according to quality standards. It is designed to minimize the risks involved in production which cannot be eliminated through testing the final product.
If I was provided with 7 days to cut a tree I’ll take 6 days to sharpen the axe.
The document provides information about Codex Alimentarius (Codex), the international food standards set by the Codex Alimentarius Commission. It explains that Codex creates a collection of food standards, guidelines and codes of practice to protect consumer health, ensure fair practices in food trade, and promote coordination between food standards organizations. Representatives from over 99% of the world's population participate in Codex. The standards are not obligatory but are used worldwide as a reference by the World Trade Organization for resolving food trade issues.
Codex Overview UNECE Codex Power Point Presentationtendaisigauke3
The document discusses the Codex Alimentarius (Codex), which are international food standards developed by the Codex Alimentarius Commission. It provides the following key details:
- Codex establishes worldwide food standards, guidelines and codes of practice to protect health of consumers and ensure fair practices. It covers areas like food safety, labeling and quality.
- The standards are developed by the Codex Alimentarius Commission jointly run by WHO and FAO, with participation from over 190 member countries/organizations.
- Codex standards are referenced by the WTO's SPS and TBT agreements relating to food safety and quality regulations. Countries can use Codex to harmonize their national standards.
-
The WTO Sanitary and Phytosanitary (SPS) Agreement aims to protect human, animal and plant life from risks arising from additives, contaminants, toxins, or disease-causing organisms in their food. It recognizes standards set by Codex, OIE and IPPC to harmonize SPS measures between countries. The SPS Agreement requires that measures be based on scientific principles and risk assessment, be non-discriminatory, and be no more trade-restrictive than necessary to protect health. Problems in implementing the SPS Agreement include non-compliance with international standards and lack of notification, awareness, and development in some areas.
The document outlines Darden's global food safety strategy, which focuses on inspecting food production at the source to ensure safety throughout the entire supply chain. The key aspects of the strategy include implementing Hazard Analysis and Critical Control Point processes, verifying that suppliers meet food safety standards, conducting inspections and testing at production sites before products are shipped, and emphasizing traceability from raw materials to finished products. The overall goal is to develop an integrated system of growers, processors and distributors that meets the highest standards for food safety, quality, and service.
Indira Gandhi Institute for Development Studies(IGIDR), and the International Food Policy Research Institute (IFPRI) on
‘Harnessing Opportunities to Improve Agri-Food Systems’ on July 24-25 , 2014 in New Delhi.
The two day conference aims to discuss the agricultural priority of the government and develop a road map to realise these priorities for improved agri food systems.
The document discusses food safety hazards including biological, chemical, and physical hazards. It focuses on biological hazards, describing several common pathogenic bacteria - Salmonella, E. coli, Campylobacter jejuni, and Clostridium botulinum. For each bacteria, it provides information on morphology, growth conditions, symptoms caused, and means of prevention and control. The overall document serves as an educational reference on food safety hazards and important foodborne bacterial pathogens.
AnyConv.com__FSS Advance Retail & Distribution - 15.06.17.pptPriyankaSharma89719
This document discusses hygienic and sanitary practices for food retailers. It introduces food safety and food safety management systems. The key aspects covered are:
- Food safety means ensuring food is acceptable for consumption according to its intended use. A food safety management system involves good practices like HACCP.
- Schedule IV of the Food Safety and Standards Act lists basic hygiene and safety requirements that food businesses must comply with to obtain a license. Non-compliance can lead to penalties.
- Allergen management responsibilities of food businesses include proper labeling, formulation control, and preventing cross-contamination during processing and handling. Food handlers must be trained on allergen controls.
Ana Teil-Gangl (SCG). How certification, testing and inspection can build con...b2bcg
The document discusses how certification, testing, and inspection can help build consumer trust and brand loyalty for food companies. It outlines the challenges in ensuring food safety in today's globalized system and the various initiatives and standards that have been developed. It also describes the services that SGS, a leading inspection and certification company, provides throughout the food supply chain to help protect brands and ensure regulatory compliance and food quality. These services include audits, testing, inspections, certifications and technical assistance.
7-9 April 2019. Cairo. Africa Food Manufacturing conference. The conference hosted professors from various universities, food scientists, industries, and students, local and international, and will include the following tracks:
Track 4: Food Adulteration: Laws, policy and governance.
Dr. Patrick Vincent Hegarty,
This document discusses food safety, including food labeling, food additives, pesticide residues, food hygiene, and foodborne illness hazards. It emphasizes that food safety is important to protect consumer health and prevent financial losses from unsafe products. Key aspects of food safety include following good manufacturing practices, hazard analysis and critical control point systems, and maintaining proper food hygiene through cleaning, sanitization, and prevention of cross-contamination. The Food Safety and Standards Authority of India regulates food safety in the country.
Food safety and sanitation gives you enough knowledge and background on how to keep the product safe for the consumers. There are aspects that should be considered in order to protect the producer's reputation and the consumer's health. A safety protocol and proper sanitation could help.
Food is the basic commodity to humans. So let's produce food with safety procedures and proper sanitation.
New Food Safety Trends a presentation .pptxAnwaar Ahmed
This document discusses various trends and challenges facing the global food industry. It notes increasing competition and slowing economic growth are driving needs for streamlining operations through automation and reducing food waste. Food safety management systems and compliance with regulations are also important. Consumer preferences are changing with tastes, health trends, and desires for variety, convenience and value. Technology updates, product innovation, and skilled labor are challenges food manufacturers must address to remain competitive. Food safety issues can arise across the supply chain from farm to consumer.
This document discusses various issues related to food safety in horticulture in India. It notes that while food production has increased significantly due to the Green Revolution, declining resources, increasing population and malnutrition present ongoing challenges. Ensuring safe food is important to prevent food-borne illnesses and promote international trade. Food safety must be maintained throughout the production chain. The government has established several organizations and regulations to set standards and assure quality, though continuing efforts are needed to reduce risks from pesticides, microbes and other contaminants in horticultural crops.
This document discusses emerging trends in food safety and healthy living in smart cities. It outlines how smart city policies can aid in data gathering, analysis, and response to emergencies to promote better health outcomes. A strategic approach to food safety is recommended, including developing food regulations, inspection services, and consumer education. Hazards like biological, chemical and physical contaminants are examined, as well as their health impacts. Hazard Analysis and Critical Control Points (HACCP) is presented as an effective risk management strategy. Participatory solutions are proposed to ensure safe food from farm to fork, engaging farmers, wholesalers, markets, vendors and customers. The FoodSafe app is highlighted as a way to showcase safe food vendors and allow
This document discusses food quality assurance and certification systems in Malaysia. It begins with an introduction about foodborne illnesses and their causes. It then discusses issues with food quality assurance, including a lack of standards enforcement in some exporting countries and internationalization of food supply chains. The functions of quality assurance are described as maintaining standards, quality control, and producing accurate information. Several certification schemes in Malaysia are outlined, including HACCP, MeSTI Good Manufacturing Practices. The benefits, requirements, and processes for obtaining these certifications are summarized. Finally, the "Bersih, Selamat dan Sihat" certification for food premises is introduced.
The document discusses the potential of bio-resources for sustainable growth. It notes that with increasing population pressure on resources, there is a need to focus on renewables like bio-resources for sustainability. It defines sustainability as meeting present needs without compromising future generations' ability to meet their own needs. Some of the key challenges to sustainability include rapid population growth, depletion of natural resources, and increasing pollution levels. The document argues that exploitation of bio-resources can help provide pillars for sustainability in areas like energy, food, healthcare, and materials. It also discusses various attributes, drivers, and requirements for the sustainable utilization of bio-resources.
The document discusses camouflage techniques and the technological challenges of developing smart materials for camouflage applications. It describes how animals like chameleons and octopuses use camouflage in nature. Current camouflage methods for vehicles, soldiers, and environments are outlined. Developing smart materials that can sense their environment and change properties like color, texture and visibility is a major challenge. Materials must be optimized for camouflage principles like scattering light and matching backgrounds. SRI's experience with materials research could help solve challenges in developing smart camouflaging textiles, coatings and metamaterials that enable invisibility.
This document discusses the key steps and properties involved in transforming polymer pellets into finished products. It outlines the process from pellet to product, including polymerization, extrusion, processing, fabrication, and the resulting properties. The document emphasizes the importance of thermal and rheological analysis for understanding the flow properties and thermal characteristics needed for processing. It describes techniques like differential scanning calorimetry and thermogravimetric analysis for thermal analysis, and defines concepts like viscosity, viscoelastic behavior, and storage and loss modulus for rheological analysis. The document argues that thermal analysis combined with rheological analysis provides an advantage for process and product design.
This document discusses the dimensions of chemistry and how it benefits society. It provides examples of how chemistry contributes to key areas like transport, energy, health, food, textiles, and communication. It explains that chemistry involves the study of matter, its composition and properties, and the changes it undergoes. Chemistry contributes to all sciences and is involved in everything around us. The document then gives specific examples of how chemistry impacts transportation through plastics and composites, coatings and paints, and rubber. It also discusses how chemistry enables communication through materials used in optical fibers.
This document outlines the need for positioning R&D as a business and the importance of networking in R&D. It discusses how R&D has evolved from being secretive and closeted to increasingly collaborative on a global scale. The changing needs of R&D and perceptions of it globally are also examined. Key factors for success in R&D business include clear strategy, management capabilities, and controlling costs. Examples provided demonstrate the benefits of networking, such as in India's Green and White revolutions. As R&D becomes more global, cooperation and sharing knowledge is emphasized as the path forward for prosperity.
The document outlines Dr. R.K. Khandal's presentation on nanocomposites for optical plastics. It discusses various optical applications that currently use glass and the potential for plastics. It describes different types of nanocomposites for optical applications including metal-glass and metal-polymer composites. Work done at Shriram Institute includes developing acrylate-based nanocomposites with improved refractive index and properties by dispersing metal salts and using co-monomers. Gamma radiation was used for polymerization. The nanocomposites showed enhanced optical and mechanical properties suitable for applications like lenses.
The document discusses the scope, challenges, and opportunities of nanotechnology. It defines nanotechnology as working at the nanometer scale and describes how materials at this small scale can have very different properties than bulk materials. The main challenges are developing processes to efficiently create nanomaterials, scaling up production, and safely disposing of nanomaterials. Nanotechnology provides many opportunities in industries like electronics, chemicals, medicine, and more. It could allow for novel materials and applications in areas such as coatings, drug delivery, and renewable energy.
This document discusses nanomaterials and their applications. It begins by defining nanomaterials as materials consisting of particles sized in the nanometer range. Nanomaterials are then classified based on their dimensions as 0D, 1D, 2D or 3D materials. Unique properties emerge at the nanoscale, including improved mechanical, thermal, magnetic, and optical properties compared to bulk materials. Examples of applications discussed include uses in energy conversion, self-cleaning coatings, and camouflaging. The document also outlines Shriram Institute's experiences developing nanomaterials for optical applications and effluent treatment.
R&D can help control waste and promote sustainability through various approaches and levels of intervention. Waste is generated at different stages of a product's lifecycle from various sources and activities, and takes different forms. Sustainable waste management requires renewable and environmentally friendly practices that reuse or recycle waste as useful materials in a way that integrates with natural cycles. R&D can develop green technologies and alternative processes to reduce waste and emissions while supporting replenishment of resources for a greener environment with an unending production cycle.
This document outlines key aspects of innovation and technology. It discusses defining innovation, dimensions of innovation including ordinary and extraordinary types. It describes the steps involved in innovation including initiation, idea generation, evaluation and implementation. Driving forces for innovation that promote competitiveness are also presented. The document then covers technology, the approach dynamics of technology including inputs, processes, outputs and transfer. It concludes by discussing the important components of a technology package including feasibility, economic viability, know-how, room for innovation and environmental sustainability.
The document discusses self-sustainability for research organizations. It defines sustainability as ensuring continuity of operations without risking existence or growth. This requires generating resources for daily operations and the future. To achieve self-sustainability, an organization must understand the concept from basics, develop an appropriate vision and mandate, and view self-sustainability as a driving force rather than a challenge. Key factors include human expertise, facilities, research, development and validation processes, and varied, high-quality outputs. The organization also needs systems, tools and other components working in an integrated manner.
Applied chemistry provides opportunities to address industrial challenges and add value through various applications. Chemistry plays a role in life support systems by providing materials for water, air, food, housing, infrastructure and more. Applied chemistry leads to value addition in areas like food chemistry for pickles and preservatives. It has wide-ranging applications in materials like polymers, pharmaceuticals, agrochemicals, performance chemicals, and other domains. Emerging areas like green chemistry, nanotechnology and analytical chemistry also have many applications. Chemistry supports sustainable development through areas like new materials, renewable resources, and environment-friendly processes.
This document discusses trends, challenges and opportunities in surfactant science. It notes that surfactant science deals with modifying surfaces rather than bulk materials, which presents challenges. However, the ability to control interfaces also enables many applications and presents enormous opportunities. Surfactants can stabilize multi-phase systems but only kinetically, not thermodynamically, so developing true thermodynamic stability is a major challenge with large opportunities. Surfactants also play important roles in life support systems like agriculture, health, transport, shelter and materials, meeting requirements but also converting challenges to opportunities. The surfactant market is large but mostly focused on household cleaning; greater industrial usage could drive significant growth. Alternative raw materials, green processes, specialty products
This document discusses value creation of technologies for competitive advantage in business industries. It defines value and value creation, and outlines the key components responsible for value creation including people, processes, technology, knowledge and culture. It also discusses how value creation of technologies can provide competitive edge and drive business growth. The presentation notes that innovation is key to value creation and outlines the innovation cycle. Finally, it suggests that understanding innovation and nurturing its components is an important path forward for technology value creation and achieving business competitiveness and growth.
The document discusses novel nanocomposite materials for photonic applications. It begins by defining photons and their properties, as well as their interactions with matter including the photoelectric effect, Compton scattering, and pair production. It then discusses the need for new materials to control these photon-matter interactions for applications in areas like telecommunications, computing, and sensing. The document proposes that nanocomposites containing inorganic nanoparticles dispersed in a polymer matrix can be designed to tailor optical properties for photonic uses by controlling particle size, shape, composition, and arrangement. It outlines various approaches for preparing such nanocomposites and principles for designing them to manipulate light propagation for applications.
This document summarizes a presentation given by Dr. R.K. Khandal on waste management technologies for sustainability from experiences at Shriram Institute for Industrial Research in India. The presentation discusses:
- Definitions and concepts of sustainability based on natural cycles compared to man-made systems
- The role of research in developing sustainable technologies and addressing challenges like developing renewable and environmentally-friendly alternatives
- Experiences from Shriram Institute in developing technologies for waste types like plastic, textile and ceramic fiber waste
- Factors that threaten sustainability like uncontrolled population growth and limits on resources, and the need for cooperative international approaches
- Research priorities for sustainability including renewable, green and efficient energy and water technologies
The document discusses the scope, opportunities, and challenges of nanotechnology. It defines nanotechnology as working with structures sized 1-100 nanometers. Nanotechnology has opportunities in industries like health care, materials, and biomaterials by enabling novel properties. However, it faces challenges in developing manufacturing processes, ensuring safe disposal of nanomaterials, and understanding toxicity. Overall, the document provides an overview of nanotechnology and its potential applications and issues.
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
-------------------------------------------------------------------------------
Find out more about ISO training and certification services
Training: ISO/IEC 27001 Information Security Management System - EN | PECB
ISO/IEC 42001 Artificial Intelligence Management System - EN | PECB
General Data Protection Regulation (GDPR) - Training Courses - EN | PECB
Webinars: https://pecb.com/webinars
Article: https://pecb.com/article
-------------------------------------------------------------------------------
For more information about PECB:
Website: https://pecb.com/
LinkedIn: https://www.linkedin.com/company/pecb/
Facebook: https://www.facebook.com/PECBInternational/
Slideshare: http://www.slideshare.net/PECBCERTIFICATION
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Natural birth techniques - Mrs.Akanksha Trivedi Rama University
Ignou181009 modified-m
1. Presented By
Dr. R.K. KHANDAL
DIRECTOR
ASPECTS OF FOOD SAFETY:
DEVELOPMENTS & GLOBAL TRENDS
SHRIRAM INSTITUTE FOR INDUSTRIAL RESEARCH
19, UNIVERSITY ROAD, DELHI-110 007
Email : sridlhi@vsnl.com Website : www.shriraminstitute.org
2. Aspects of Food Safety: Developments &
Global Trends
Part – I
• Food Quality & Food Safety Requirements
Aspects
• WTO, Codex and Harmonization of
Standards
Part –II
• Residues of Toxic Contaminants
• Method Validation and Techniques
Toady’s interactive session would focus on above four
main aspects in two parts
3. OUTLINE I: QUALITY, SAFETY & STANDARDS
Food and Food Quality
Food Safety
Safety Laws
Food Safety Issues : Divide between
Developed & Developing World
Codex Challenges & WTO opportunities
The path forward
5. Food is anything which is:
Solid or liquid
Digested when ingested
Assimilated in the body
Performs various functions in the body
What is Food ?
Anything that is eaten or ingested and includes :
Beverages like water, Additives like spices
8. Additives must be checked for safety
Bulk food must meet criteria of quality and safety
Additives : Small quantity
Components of Food Basket ?
Major Minor
Cereals
Pulses
Dairy
Fruits
Vegetables
Spices
Sweetener
Food Colour
Flavour
Natural Synthetic
Preservatives
Food colours
Emulsifiers
Antioxidants
Antifoaming
agents
Bulk : Large quantity
Vegetarian Non-Vegetarian
Meat
Poultry
Marine
9. Perception of Quality Food ?
Regulator
Nutritious, healthy, safe
functional, un-adulterated,
hygienic
Food quality is perceived differently by consumer and
the regulator
Stringent quality norms for international trade
Consumer
Freshness, aroma, taste,
appearance, free from foreign
particles and insect
infestation
11. Safe food is the one without:
Microbial contamination
Mycotoxins
Environmental contamination
Residual Agrochemicals
Residual Antibiotics/Veterinary Drugs
Unsafe Gene Modification
Banned Chemicals
Adulteration
Definition based on impurities : minor or major
Safe Food ?
12. ASPECTS
Post Harvest
In order to minimize risk several challenges exist
at all levels
HarvestSeeds
Pre Harvest
Soil Water for irrigation
Chemicals & fertilizers
Planting material
Adulteration
Crop
maturity
Pest &
Diseases
Shelf-life
- Radiation
- Refrigeration
- Modified condition
Packaging
Migration of components
Transportation
Controlled conditions
Storage
Conditions
Treatment
Conditions
Processing
-Technology
- Additives
Gene modified
Variety
Treatment Technology
Aspects of Food Safety
13. Farm to Table : Safety Aspects for Milk
Stages
Animals
Collection of Milk
Transportation
Factors Affecting
Quality
Fodder
Medicinal
treatment
Sanitation of
animal
Barn hygiene
Hygiene of
milkman
Equipment and
utensils
Distance
Time
Heat
Light
Violent movement
Attributes
Taste
Flavour
Fat
Flavour
Appearance
Taste
Appearance
Possible
Contaminants
Fertilizers,
Pesticides
Antibiotics,
veterinary drugs
Physical
contaminants
Bacteria
Microbial
contamination
Physical
contaminants
Bacteria
14. Stages
Storage
Packaging
Factors Affecting
Quality
Hygiene
Temperature
Type
Sterility
Hygiene
Attributes
Ranicidity
Appearance
Shelf life
Taste
Flavour
Shelf life
Possible
Contaminants
Micro organism
Bacteria
Chemicals
Micro organisms
Bacteria
Extraneous
matter
Possibilities of contamination exist at each step of
processing
For safe food (milk) careful monitoring is a must !
CONSUMER
Farm to Table : Safety Aspects for Milk
16. Agri-products involve more complexities than dairy farming
Stages
Processing
Packaging
Transportation
Attributes
Taste
Appearance
Flavour
Shelf life
Taste
Flavour
Appearance
Shelf life
Taste
Appearance
Flavour
Rancidity
Factors Affecting
Quality
Technology
Additives
Material used
Hygiene
Distance
Time
Heat
Contaminants
introduced
Physical
Banned chemicals
Heavy metals
Microbial
Leachables
Chemicals
Micro organisms
Bacteria
Extraneous matter
Bacteria
CONSUMER
Farm to Table : Safety Aspects for Agri-Products
17. For safe food, each stage is critical for one reason or the other !
Sources
&
Control Points
Medical
treatment
Mycotoxins
Agrochemical
Rearing
Agriculture
Microbes
Consumer
Storage
Retails
Transportation
Packaging
Processing
Environment
Hygiene
Degradation on shelf Life
• PAH/PCBs
• Dioxins
• Furans
• Heavy Metals
Veterinary residues Microbes
Leachables
Residues
19. Consumer confidence in food
Greater assurance
Transparency
Traceability
Requirements of Food Safety Laws
All the above to be reflected in food
laws
Food laws should be universal with
harmonized standards and norms
20. Food Safety: Development & Trends
All the developments demand for food safety as a
criteria for food quality for global food trade
The trends are clear for harmonization of standards and
compliance of SPS norms
Development Resulting Trend
WTO
Codex
SPS
PS
• Undisputed platform for resolving global food
trade issues
• Harmonization of food quality Standards
• Mechanism & systems to ensure food safety
• Systems to streamline the global food trade
between developing and developed countries
21. CODEX
Codex Alimentarious: Definition
Science based
organization
Reference point for food
safety
Focal point for R&D in
food
Independent and
unbiased
Consisting of experts
Multi-disciplinary
An independent international organization serving as the reference
point for food safety consisting of experts from multi-disciplinary areas
of food safety in the world
Codex A set up by WHO & FAO in 1962 has emerged as the focal point
for all food safety issues
What is Codex A? What it consists of?
22. CODEX
Codex Alimentarious: Scope
Food safety
issues
Labelling
Exchange of
information
Facilitation for
compliance of
food safety
Standards & quality
norms
R & D on food
safety
Codex A deals with all aspects of food safety for global food trade
To provide informations: quality, standards, R & D, etc.
A reference for 169 members for disputes of food trade
What it deals with? What is its purpose?
23. CODEX
Codex Alimentarious: Dimensions
Harmonization of
standards
Information provider
Resolution of disputes
Level-up
approach
Prioritization of R & D
areas for food safety
Scientific basis for
quality standards
Codex A has several facets, as an inter-governmental
statutory body to ensure food safety for all !
24. Sanitary and Phytosanitary Measures
Agreement (SPS)
Protects human, animal and plant health
Based upon scientific principle involving risk
assessment studies
Covers all aspects of :
Testing
Inspection
Certification
Approvals
Packaging and Labelling
All aspects are directly related to food safety
25. SPS Agreement : Based on 7 Principles
National Sovereignty : Countries can use own risk standards
Harmonisation : Reach a common measurement
Equivalence : Acceptance of SPS measures of
another countries
Science based measures : Include risk assessment studies
Regionalisation : Allow Exports from disease free area
Transparency : With respect to SPS measures if
differ in internationally recognised
standards
Dispute resolution : Provides mechanism for resolving
disputes through scientific justification
Leading multilateral agreement affecting the international
food trade ; Essential for food trade !
27. Food Consumption Pattern ?
• Mostly fresh food
• Additives and chemicals used for
preservation and aesthetics
• Mostly Processed Food
• Additives and chemicals used for
preservation
• Food Safety is not a major concern
• Less concern about microbial,
chemical residues
• Food safety norms: Flexible
• Food Safety is major issue
• High concern about microbial,
chemical residues
• Food safety norms: Stringent
Developing
Countries
Developed
Countries
A perceptible divide : trade barriers is an issue!
28. Issues Related to Food : Status ?
• PrimarySecurity
Quality
Production
Preservation
Processing
A distinct division between the developed and developing
countries on various issues related to food and food trade !
Immediate effect becomes a safety issue in developing
countries the long term effect concerns developed countries
Issues Developing
countries
Developed
countries
Safety
• Secondary
• Low Yield
• Marginal
• Primitive
• Secondary
• Secondary
• Primary
• High Yield
• Extensive
• Advanced
• Primary
29. Position of India in Global Food Production
Position Issues for Exports Target CountriesProduct
1
Milk, Tea, Jute, spices,
Banana,Mango
Confectionery
Mycotoxins,Seed Weevil,
Banned Additives
Residues, Labeling,
Packaging
EU , US, Gulf
SE Asia
Mustard, Ground nut,
Rice, Vegetables, Bakery
Residues, Seed Weevil,
Labelling,
Packaging,Mycotoxins
EU, US, Japan,
China
Wheat, Onion, Butter,
Sugar, Floriculture,
Fisheries, Cotton, Cold
drinks
Mycotoxins, Residues,
Labelling, Packaging,
Japan, EU, Gulf,
China, Asia
Honey, Mushroom,
Potato, Wine, Pulses,
Meat & Poultry
Packaging, Residues,
Mycotoxins, Labelling
EU, Japan, US4
3
2
30. • Institutional Co-ordination
Food Safety: Key issues for India
Focus to create: Awareness for food safety issues; R & D infrastructure;
capability-building in monitoring; human resources development and
opportunities for adoption of state-of-the-art technologies
• Awareness of safety & quality control amongst stake-
holders in organized & unorganized sectors
• Incidences of Food-borne diseases
• Emergence of newer vibrant pathogens
• Quality of imported food products
• R&D focus & outreach
• Responsive monitoring system
• Technical skills & equipment facilities
• Introduction of variety of GM foods
32. Each component is important for the issues and
challenges of food safety in their own respect
MANUFACTURER
Aspects of Food Safety : Components
ASPECTSCONSUMER
PRODUCT
REGULATOR
33. MANUFACTURER
Aspects of Food Safety : Manufacturer Related
OpportunitiesChallenges
Processing
Process Validation
Cost reduction
Coordination between
industries
Productivity
New Product
Development
Higher shelf life
Increased marketability
New Products
Quality Raw material
Systems implementations
Cost Effectiveness
Competition
R & D for newer products
34. PRODUCT
Aspects of Food Safety : Product Related
OpportunitiesChallenges
Residues of banned chemicals
Product tractability
R & D studies in identifying
food borne hazards
Risk assessment studies to
fix MRLs
Sanitary & Phyto-sanitary
Increase in exports
Better economy
Technology development
for increasing shelf life
Genetically Modified
Build capability & capacity for
residue monitoring
Strong databases for residues
Shelf life enhancement
New packaging materials
Packaging Shelf Life
New materials for
packaging
R & D for biotechnological
products
35. REGULATORS
Aspects of Food Safety : Regulator Related
Facilitation food trade
Acceptance of export
consignment
MRLS
Barriers
OpportunitiesChallenges
Certification
Capability capacity
Single regulatory authority
Training of inspectors
Enhancement of capacity/
capability
Acceptance of systems at
unorganized levels
Well defined policies
Quality Assurance
Safe product
Methods
Scientific basis
Risk communication
strategies
Management of food
safety crisis
Harmonization of
standards
36. CONSUMER Opportunities
Developing appropriate policy to advance ecologically friendly alternative &
ecosystem restoration technology at National & International level
Nutrition
Safety Aspects of Food : Consumer Related
Adulteration/
Contamination
Organic
Risk Assessment studies
New method development
Research for value added
products
Assessing nutrition of GM
derived foods
Benchmarking
Value Added
Products
Labelling
Challenges
Safety food practices
Quality monitoring
Food chain hazard
identification
Consumer education,
communication & training
Transparency about
processing
37. What are we trying to say ?
Food safety issues are complex in several
ways
A divide exists between the producers and
consumers at international level
Producers (Developed Countries) of bulk food
import functional food, producers (Developing
Countries) of functional food do of bulk
Opportunities exist for all but the onus for
dealing with the challenges also lies on all !`
38. Rejection of Consignments
Basis: Non-Scientific MRL Values (An Example)
Rejection of consignment from Indian to EU as a result of
detection of Nitrofuram Metabolites
Year Product Residues Detected Importing Country
2003 Nitrofuran metabolite
AOZ
Egg powder Denmark
Germany
Belgium
2003 Nitrofuran metabolite
AOZ
Nitrofurazous
SEM
Fish & Fish
products
Germany
UK
Belgium
Netherlands
2004 Nitrofurans
AOZ
SEM
Fish & Fish
products
UK
Netherlands
Belgium
No permitted levels established
Minimum required performance limit (MRPL) of method
to be used
39. 06/26/14 1 OF 46 39
6021
11010 10589
12845
21461
30192
0 0
5%6.76%
12.43%23.69%
0
5000
10000
15000
20000
25000
30000
35000
2001-02 2002-03 2003-04 2004-05 2005-06 2006-07
Amount of export Rejected
Amount of Grapes Exported From India Vs Rejection At
National Level
Rs.(inmillion)
Year
Heavy Rejections
RMP in place
40. 06/26/14 1 OF 46 40
Amount of Honey Exported (Rs. in million) From IndiaRs.(inmillion)
Year
Heavy Rejections
RMP in place
41. 06/26/14 1 OF 46 41
Challenges and Opportunities
Self reliance
Contravention of Exports
(Cereals, Spices, Herbal
Products, Confectionery,
Milk & Bakery)
Competitiveness
Market leadership
(Honey Marines)
Imports
Health Hazards
(Oil seeds)
Selective Exports
Health Safety
(Fresh Fruits)
Productivit
y
A bit extra effort and we will be on top !
Quality
Residues
Guar Gum
Egg powder
43. Interactions: Industry – Academia – Government
Interdisciplinary interactions important for safe food & growth of
food industry and hence, international food trade !
Production of safe food
Growth of Food Industry
•Food Production
•Research
•Technology
•Mechanization
•Legislation
•Policies
•Support
• Farmers/ Growers
• Processors
• Universities
• R & D Institutes
• Scientists
• Technologists
• Regulatory
authorities
• Policy makers
Industry
Academia
Government
The Path Forward
44. Establish existing level of Quality at National
Level
Risk assessment studies by researchers in all
areas
Development of biotechnological products
Develop capabilities to meet Codex norms
Harmonisation of standards for global
competence
Use scientific management concepts for
compliance
The Path Forward : Immediate Steps