The full inside story of the technology paradigm shift transforming the food we eat and who is making it   Ultra-processed and secretly produced foods are roaring back into vogue, cheered by consumers and investors because they are plant-based—often vegan—and help address societal issues. And as our food system leaps ahead to a sterilized lab of the future, we think we know more about our food than we ever did, but because so much is happening so rapidly, we actually know less. In Technically Food, investigative reporter Larissa Zimberoff pokes holes in the marketing mania behind today’s changing food landscape and clearly shows the trade-offs of replacing real food with technology-driven approximations with news-breaking revelations.

Food additives play a vital role in allowing food manufacturers to provide the range of foods that are available in the developed countries of the world. Additives cover a considerable range from the recognisable sodium bicarbonate used to make cakes in the domestic kitchen to mono- and di-acetyltartaric esters of mono- and diglycerides of fatty acids used as emulsifiers in commercial bread production. They include curcumin, the yellow colour in turmeric, beeswax and citric acid, the acid in citrus fruit, as well as substances prepared synthetically. It has long been fashionable in the media to criticise additives and, in so doing, to lump them all together but this ignores their diversity, their vital role in food production and preservation and the extensive testing they have undergone before being approved. This book outlines why additives are used, the testing regime within Europe, and a complete listing of all additives permitted within the EU. The law covering food additives in the EU, which was harmonised in 1989, has been revised a number of times, most recently by the publication of Regulations 1333/2008 and 1129/2011. These Regulations have been amended a number times with additives being removed or added. This fifth edition of the Guide brings it up to date with a revision of every chapter to reflect the current situation. Providing an invaluable resource for food and drink manufacturers, this book is the only work covering in detail every additive, its sources and uses. Those working in and around the food industry, students of food science and indeed anyone with an interest in what is in their food will find this a practical book full of fascinating details.

The world population is expected to increase exponentially within the next decade, which means that the food demand will increase and so will waste production. There is a need for effective food waste management as wasted food leads to overutilization of water and fossil fuels and increasing greenhouse gas emissions from the degradation of food. Global Initiatives for Waste Reduction and Cutting Food Loss explores methods for reducing waste and cutting food loss in order to help the environment and support local communities, as well as solve issues including that of land space. Covering topics that include food degradation, enzymes, and microorganisms, this publication is designed for policymakers, environmentalists, engineers, government officials, researchers, scientists, academicians, and students.

Traditional farming systems have dominated the agricultural sector for the past few centuries. However, the past few years have proven that new, non-traditional farming methods, such as passive and non-passive solar drying, are essential in the wake of diminishing food production globally. Optimizing the Use of Farm Waste and Non-Farm Waste to Increase Productivity and Food Security: Emerging Research and Opportunities is a crucial reference source that provides vital research on the application of enhanced productivity, flexibility, competitiveness, and sustainability within an individual farming enterprise to promote food security. While highlighting topics such as biogas production, food distribution network, and aquaculture diversification, this publication explores utilizing farm waste in a circular approach to optimize material utilization in a farming system to realize a zero-waste scenario and the methods individual farms can practice to operate sufficiently to become successful and contribute to the attainment of national food security. This book is ideally designed for policymakers, farmers, researchers, agriculture engineers, environmental engineers, and development specialists seeking current research on non-farm waste contributions as sources of raw materials.

There are various innovations and new technologies being produced in the energy, transportation, and building industries to combat climate change and improve environmental performance, but another way to combat this is examining the world's food resources. Currently, there are global challenges associated with livestock and meat consumption, giving way to resource scarcity and the inability to sustain animal agriculture. Environmental, Health, and Business Opportunities in the New Meat Alternatives Market is a pivotal reference source that provides vital research on the development of plant-based foods and nutritional outcomes. Through analyzing innovative and disruptive trends in the food industry, it presents opportunities utilizing meat alternatives to create a more engaged consumer, a stronger economy, and a better environment. Highlighting topics such as meat consumption, nutrition, health, and gender perspectives, this book is ideally designed for policymakers, economists, health professionals, nutritionists, technology developers, academicians, and graduate-level students.

Due to the perishable nature of many food products, and legislative requirements regarding traceability, the management of agrifood chains and networks constitutes one of the most important aspects of the modern food and beverages industry. Food is difficult to handle in long supply chains because it represents limited resources of biological raw material, has limited storage and handling time after entering the supply chain, and spoils easily with incorrect handling/processing. This can lead to various logistical problems in modern food supply chains which can severely affect product quality and freshness. At the same time, the end consumer expects to purchase high quality food at a reasonable price, and the modern food industry aims to meet these expectations. This book investigates the emerging technologies in managing agrifood chains and networks. It examines: * Current status: chapters that present the current state of food logistics and the major problems that are faced during production, warehousing, transportation and retailing. * New technologies & future trends: new technologies and intelligent systems that are able to process time-dependent information, handle dynamic incidents (e.g. increase of temperature in a storage area) in real-time, and support logistics operations in food logistics management. These technologies include telematics and Radio Frequency Identification (RFID). * New technologies in action: real-life case studies that offer solutions to actual food logistics problems by combining a mixture of systemic and logistics approaches. These case studies show how RFID technologies and Telematics have been implemented in production, warehousing, transportation and retailing. * As well as summarising existing knowledge in the field of food logistics, the volume also presents the state-of-the-art research pertaining to the latest developments in each examined topic. It is aimed at scientists and other profession

The Hawaiian pineapple industry emerged in the late nineteenth century as part of an attempt to diversify the Hawaiian economy from dependence on sugar cane as its only staple industry. Here, economic historian Richard A. Hawkins presents a definitive history of an industry from its modest beginnings to its emergence as a major contributor to the American industrial narrative. He traces the rise and fall of the corporate giants who dominated the global canning world for much of the twentieth century. Drawing from a host of familiar economic models and an unparalleled body of research, Hawkins analyses the entrepreneurial development and twentieth-century migration of the pineapple canning industry in Hawaii. The result is not only a comprehensive history, but also a unique story of American innovation and ingenuity amid the rising tides of globalization.

In recent years, professionals have combined nutrition, health, and engineering sciences to develop new technologies within the food industry. As we are beginning to shift focus on how we view the health benefits of various food products, perseveration and processing techniques have become much more vital. New developments regarding how we store and preserve food are emerging rapidly, making it necessary for research to be done that studies the latest scientific improvements and contemporary methods of food processing. Technological Developments in Food Preservation, Processing, and Storage is a collection of innovative research on the latest developments and advancements of preservation technologies and storage methods within the food processing industry. While highlighting topics including nutritional supplements, microfiltration, and thermal technology, this book is ideally designed for biologists, nutrition scientists, health professionals, engineers, government officials, policymakers, food service professionals, industry practitioners, researchers, academicians, and students.