Active And Intelligent Packaging

Recent nationwide recalls of spinach due to E. coli contamination and peanut butter due to Salmonella, make the emerging development of "active" and "intelligent" packaging crucial for consumer safety and quality assurance. Now that it is possible to make packaging that can detect and inform consumers of contamination, as well as prevent or reduce the growth of human foodborne pathogens, the food packaging and safety industry needs a comprehensive overview of the state-of-the-science and future directions of this widely important field. Drawing on the research of a diverse group of scientists and pioneers in the field, Intelligent and Active Packaging for Fruits and Vegetables explores the new technology and applications used to bring fresh, safe, nutritious produce to the consumer. It explains Modified Atmosphere Packaging (MAP) and its use in packaging fruits and vegetables, as well as, fish and meat. It includes variations and advances on MAP such as high vapor-permeable films, and demonstrates modeling techniques to assist in the prediction and selection of packaging type. The book contains a chapter on the trends, opportunities, and challenges of RFID temperature monitoring in food packaging. It also considers the interaction between container and food product, as well as the use of non-toxic insect repellent plastics. There is a chapter on the regulatory implications of the use of nanotechnology in food packaging. Finally, the book discusses consumer perception, the specific needs of developing countries, and current implementation in Europe. Explaining the very latest in packaging technology and opening areas for future research, Intelligent and Active Packaging for Fruits and Vegetables provides an excellent knowledge base from which to revolutionize the delivery of safe and nutritious food.

A review of the many ways in which packaging can make an active contribution to product quality and inform the user of its quality or safetyActive packaging involves an interaction between pack and food product to extend the shelf life of the product. This is usually by the addition of active agents into the packaging container or film. Common examples of materials used as active packaging include scavengers for oxygen, carbon dioxide and ethylene, and moisture absorbers.An intelligent pack monitors the quality and/or safety of a food product, providing an indication that can be helpful in the distribution chain. Examples include indicators, sensors, RFID tags and security tags.This review highlights the different materials used in the manufacture of active and intelligent packaging, and the types of product to which they may be applied. It includes many examples of products already in the marketplace.

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Packaging continues to be one of the most important and innovative areas in food processing. Edited by a leading expert in the field, and with its distinguished international team of contributors, Novel food packaging techniques provides an authoritative and comprehensive review of the key trends. Part one discusses the range of active packaging techniques such as the use of oxygen and other scavengers, moisture regulation and antimicrobial packaging in food preservation. It also covers the use of intelligent systems such as time-temperature and freshness indicators to assess food quality. Part two reviews developments in modified atmosphere packaging (MAP) and its role in enhancing product safety and quality. Part three describes packaging applied in practice to particular products such as meat and fish. Part four covers other key issues such as packaging optimisation, the legislative context, sustainable packaging and consumer attitudes. Novel food packaging techniques is a standard reference for the food industry in optimising the use of packaging to improve product safety and quality. Provides an authoritative and comprehensive review of the key trends of food packaging Discusses the range of active packaging techniques such as the use of oxygen and other scavengers, moisture regulation and antimicrobial packaging in food preservation Covers packaging optimisation, the legislative context, sustainable packaging and consumer attitudes

Smart Packaging Technologies for Fast Moving Consumer Goods approaches the subject of smart packaging from an innovative, thematic perspective: Part 1 looks at smart packaging technologies for food quality and safety Part 2 addresses smart packaging issues for the supply chain Part 3 focuses on smart packaging for brand protection and enhancement Part 4 centres on smart packaging for user convenience. Each chapter starts with a definition of the technology, and proceeds with an analysis of its workings and components before concluding with snapshots of potential applications of the technology. The Editors, brought together from academia and industry, provide readers with a cohesive account of the smart packaging phenomenon. Chapter authors are a mixture of industry professionals and academic researchers from the UK, USA, EU and Australasia.

This book reviews the science and technology of food packaging and covers the potential innovations in the food packaging sector. At the same time, it highlights the issues and prospects for linking the laboratory research to the market. In addition to typical packaging requirements such as food quality, shelf life, protection, communication, and marketing, the book emphasizes the need for novel packaging materials, including biodegradable packaging for a variety of food products. A wide range of food products has been kept in focus and includes animal-based food products such as dairy products and sea foods. The book presents the next level of packaging solutions i.e., smart packaging with the applications of potential tools such as intelligent and active packaging, and includes the latest research on emerging digital technologies for packaging development, assessment, and acceptability. It further highlights the strategies including blends, reinforcing agents, cold plasma, UV light applications, chemical, and enzymatic methods and explores the new opportunities leading to improvement in the packaging performance. Smart freshness indicator applications, including gas and time-temperature indicators for quality and safety of packaged products, have been covered in detail. The book also includes the functional characteristics of edible films and coatings, including their bioactive characteristics. Finally the book presents the rules and regulation related to packaging.

The emergence of ‘minimal’ processing techniques, which have a limited impact on a food’s nutritional and sensory properties, has been a major new development in the food industry. This book provides an authoritative review of the range of minimal techniques currently available, their applications and safety and quality issues. Reviews the range of minimal processing techniques, their advantages and disadvantages and their use in food production Discusses the range of thermal technologies, such as infrared heating, ohmic heating, and dielectric methods, including the use of microwaves Presents alternatives to thermal processing, ranging from irradiation to high pressure processing and the use of pulsed electric fields

Valuable progress has been made in food packaging over the past two decades, reflecting advancements in process efficiency, improved safety and quality throughout the supply chain, and the need to reduce product loss and environmental impact. A new generation of food packaging systems, including active and intelligent packaging, is emerging, based on technological breakthroughs that offer the possibility of extending shelf-life, reducing food loss, and monitoring changes in the food product. Releasing Systems in Active Food Packaging closely examines such a technological breakthrough, active releasing systems, which add compounds such as antimicrobials, antioxidants, flavors, colorants, and other ingredients to packaged food products. Chapters detail examples of recent innovations in active releasing systems, and the authors systematically address their application to different food groups. Such an in-depth approach makes this a useful reference researchers, health professionals, and food and packaging industry professionals interesting in innovative food packaging technologies.